[New Schemes for Confinement of Fusion Products in Stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W. A.’, ‘lastName’: ‘Cooper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. Yu’, ‘lastName’: ‘Isaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. Yu’, ‘lastName’: ‘Kuyanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. I.’, ‘lastName’: ‘Mikhailov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. A.’, ‘lastName’: ‘Samitov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. D.’, ‘lastName’: ‘Shafranov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Skovoroda’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Subbotin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Zille’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. V.’, ‘lastName’: ‘Zvonkov’}]

[Neoclassical Toroidal Viscosity due to Drift Orbit Resonances][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher’, ‘lastName’: ‘Albert’}]

[Physikalische Rezepte: Mechanik: Schritt für Schritt durch 27 klassische Aufgaben][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Klaus’, ‘lastName’: ‘Lichtenegger’}]

[A Bayesian Approach to the Estimation of Parameters and Their Interdependencies in Environmental Modeling][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ulrich’, ‘lastName’: ‘Callies’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Udo’, ‘lastName’: ‘von Toussaint’}]

[Computation of the Spitzer function in stellarators and tokamaks with finite collisionality: 18th Joint Workshop on Electron Cyclotron Emission and Electron Cyclotron Resonance Heating][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Nikolai B.’, ‘lastName’: ‘Marushchenko’}]

[Computation of the Spitzer function in a stellarator: Joint 19th ISHW and 16th RFP Workshop][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}]

[Magnetismus][{‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Pottlacher’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}]

[Computation of the Spitzer function in stellarators and tokamaks with finite collisionality][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Nikolai B.’, ‘lastName’: ‘Marushchenko’}]

[Hamiltonian approach to non-linear resonant transport regimes in non-axisymmetrically perturbed tokamak plasmas: Fusion@ÖAW - 3. Fusionstag][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}]

[Studies of the distribution function computed by NEO-2 using a fully relativistic Coulomb collision model and its application to ECCD in Wendelstein 7-X: 21st International Stellarator-Heliotron Workshop][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Nikolai B.’, ‘lastName’: ‘Marushchenko’}]

[Kinetic modeling of plasma response to RMPs for a tokamak in full toroidal geometry][{‘creatorType’: ‘author’, ‘firstName’: ‘C.G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Linear Model of DED Magnetic Field Penetration in TEXTOR Plamsa: International Conference and School on Plasma Physics and Controlled Fusion 2002][{‘creatorType’: ‘author’, ‘firstName’: ‘Christian Gerhard’, ‘lastName’: ‘Eherer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}]

[A reconstruction method for the reconnection rate applied to Cluster magnetotail measurements][{‘creatorType’: ‘author’, ‘firstName’: ‘Thomas’, ‘lastName’: ‘Penz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Vladimir’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Viktoria V.’, ‘lastName’: ‘Ivanova’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Sergeev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I.V.’, ‘lastName’: ‘Kubyshkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Nakamura’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Helfried’, ‘lastName’: ‘Biernat’}]

[Dimensionality reduction using an edge finite element method for periodic magnetostatic fields in a symmetric domain][{‘creatorType’: ‘author’, ‘firstName’: ‘C G’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘O’, ‘lastName’: ‘Biro’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M F’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S V’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘P’, ‘lastName’: ‘Lainer’}]

[Modeling of perturbed 3D equilibria using preconditioned iterations: 21st International Stellarator-Heliotron Workshop][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A M’, ‘lastName’: ‘Runov’}]

[Toroidal torque in resonant transport regimes of tokamak plasmas with perturbed axisymmetry within Hamiltonian theory: 20th International Stellarator-Heliotron Workshop (ISHW)][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}]

[Buoyancy and the Penrose process produce jets from rotating black holes][{‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. A.’, ‘lastName’: ‘Dyadechkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Buoyancy of relativistic magnetic flux tubes and Penrose process produce jets from Kerr black holes][{‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. A.’, ‘lastName’: ‘Dyadechkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Kelvin-Helmholtz stability of reconnection exhausts in the solar wind][{‘creatorType’: ‘author’, ‘firstName’: ‘Y. L.’, ‘lastName’: ‘Sasunov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. V.’, ‘lastName’: ‘Kubyshkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H. K.’, ‘lastName’: ‘Biernat’}]

[A statistical and event study of magnetotail dipolarization fronts][{‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Schmid’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Volwerk’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Nakamura’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Baumjohann’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heyn’}]

[Asymmetric Magnetic Reconnection: Comparison of Results MHD Modelling with the Analytical Solution][{‘creatorType’: ‘author’, ‘firstName’: ‘Yu.L.’, ‘lastName’: ‘Sasunov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Vladimir’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N.V.’, ‘lastName’: ‘Erkaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Helfried’, ‘lastName’: ‘Biernat’}]

[Transport and Heating in Toroidal Devices][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Klaus’, ‘lastName’: ‘Allmaier’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Miran’, ‘lastName’: ‘Mulec’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Peter’, ‘lastName’: ‘Leitner’}]

[Distribution of parameters of plasma and magnetic field across reconnection layer. Comparison MHD modeling with analytical solution][{‘creatorType’: ‘author’, ‘firstName’: ‘Yu. L.’, ‘lastName’: ‘Sasunov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N. V.’, ‘lastName’: ‘Erkaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Vladimir’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E. O.’, ‘lastName’: ‘Vinnikova’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H. K.’, ‘lastName’: ‘Biernat’}]

[Field penetration and Shielding of RMPs: 18th European Fusion Physics Workshop][{‘creatorType’: ‘author’, ‘firstName’: ‘Yunfeng’, ‘lastName’: ‘Liang’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Y.’, ‘lastName’: ‘Sun’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Y.’, ‘lastName’: ‘Yang’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Bertschinger’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Aßmann’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Jaegers’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H. R.’, ‘lastName’: ‘Koslowski’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Pearson’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiser’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Schweer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Zhang’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Y.’, ‘lastName’: ‘Xu’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Wiegmann’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E.’, ‘lastName’: ‘Nardon’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Simulation of Relativistic Jet Driven by a Spinning Black Hole][{‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Transport and Heating in Toroidal Devices][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Klaus’, ‘lastName’: ‘Allmaier’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Miran’, ‘lastName’: ‘Mulec’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Peter’, ‘lastName’: ‘Leitner’}]

[Comment on “Scaling of asymmetric magnetic reconnection: General theory and collisional simulations” [Phys. Plasmas 14, 102114 (2007)]][{‘creatorType’: ‘author’, ‘firstName’: ‘Vladimir’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Transport and Heating in Toroidal Devices][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Bernhard’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Klaus’, ‘lastName’: ‘Allmaier’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Miran’, ‘lastName’: ‘Mulec’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Peter’, ‘lastName’: ‘Leitner’}]

[Model Study of Transition from Impulsive to Steady-State Reconnection: Physics of Auroral Phenomena][{‘creatorType’: ‘author’, ‘firstName’: ‘Stefan’, ‘lastName’: ‘Posratschnig’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Vladimir’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Igor’, ‘lastName’: ‘Kubyshkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[MODEL STUDY OF TRANSITION FROM IMPULSIVE TO STEADY- STATE RECONNECTION][{‘creatorType’: ‘author’, ‘firstName’: ‘Stefan’, ‘lastName’: ‘Posratschnig’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Vladimir’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I.V.’, ‘lastName’: ‘Kubyshkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Public Information in European Fusion Research: Methods and Challenges: International Conference on Emerging Nuclear Energy Systems][{‘creatorType’: ‘author’, ‘firstName’: ‘Jan’, ‘lastName’: ‘Mlynar’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Richard’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Duarte’, ‘lastName’: ‘Borba’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Rosa’, ‘lastName’: ‘Antidormi’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Maria Teresa’, ‘lastName’: ‘Orlando’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Chris’, ‘lastName’: ‘Carpenter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Federico’, ‘lastName’: ‘Casci’}]

[The JET programme in support of ITER][{‘creatorType’: ‘author’, ‘firstName’: ‘Jérôme’, ‘lastName’: ‘Paméla’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Richard’, ‘lastName’: ‘Kamendje’}]

[21st IAEA Fusion Energy Conference summary: progress in experiments on innovative concepts, confinement and performance][{‘creatorType’: ‘author’, ‘firstName’: ‘Jérôme’, ‘lastName’: ‘Paméla’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Richard’, ‘lastName’: ‘Kamendje’}]

[Recent contribution of JET to the ITER physics][{‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Romanelli’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Paméla’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. L.’, ‘lastName’: ‘Watkins’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Brezinsek’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Y.’, ‘lastName’: ‘Liang’}, {‘creatorType’: ‘author’, ‘firstName’: ‘X.’, ‘lastName’: ‘Litaudon’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Loarer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Moreau’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Mazon’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Saibene’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Sartori’}, {‘creatorType’: ‘author’, ‘firstName’: ‘P. C.’, ‘lastName’: ‘de Vries’}]

[Overview of JET results][{‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Romanelli’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Laxåback’}, {‘creatorType’: ‘author’, ‘firstName’: ‘on behalf of the JET EFDA’, ‘lastName’: ‘Contributors’}]

[Recent EUROfusion Achievements in Support of Computationally Demanding Multiscale Fusion Physics Simulations and Integrated Modeling][{‘creatorType’: ‘author’, ‘firstName’: ‘I.’, ‘lastName’: ‘Voitsekhovitch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Hatzky’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Coster’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Imbeaux’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. C.’, ‘lastName’: ‘McDonald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T. B.’, ‘lastName’: ‘Fehér’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. S.’, ‘lastName’: ‘Kang’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Leggate’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Martone’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Mochalskyy’}, {‘creatorType’: ‘author’, ‘firstName’: ‘X.’, ‘lastName’: ‘Sáez’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Ribeiro’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.-M.’, ‘lastName’: ‘Tran’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Gutierrez-Milla’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Aniel’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Figat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L.’, ‘lastName’: ‘Fleury’}, {‘creatorType’: ‘author’, ‘firstName’: ‘O.’, ‘lastName’: ‘Hoenen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Hollocombe’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Kaljun’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Manduchi’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Owsiak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Pais’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Palak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Plociennik’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Signoret’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Vouland’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Yadykin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Robin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Iannone’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Bracco’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘David’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Maslennikov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Noé’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E.’, ‘lastName’: ‘Rossi’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Heuraux’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Hölzl’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. D.’, ‘lastName’: ‘Pinches’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Da Silva’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Tskhakaya’}]

[Electron cyclotron current drive simulations for finite collisionality plasmas in Wendelstein 7-X using the full linearized collision model][{‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas F.’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Nikolai B.’, ‘lastName’: ‘Marushchenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Yuriy’, ‘lastName’: ‘Turkin’}]

[Effect of 3D magnetic perturbations on the plasma rotation in ASDEX Upgrade][{‘creatorType’: ‘author’, ‘firstName’: ‘A. F.’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H. M.’, ‘lastName’: ‘Smith’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E.’, ‘lastName’: ‘Strumberger’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Fietz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Suttrop’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Landreman’}, {‘creatorType’: ‘author’, ‘firstName’: ‘The ASDEX Upgrade’, ‘lastName’: ‘Team’}, {‘creatorType’: ‘author’, ‘firstName’: ‘the EUROfusion MST1’, ‘lastName’: ‘Team’}]

[Modeling of the neoclassical toroidal viscous torque in tokamak plasmas with multiple species: 21st International Stellarator-Heliotron Workshop][{‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}]

[Evaluation of relativistic transport coefficients and the generalized Spitzer function in devices with 3D geometry and finite collisionality][{‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Mátyás’, ‘lastName’: ‘Aradi’}]

[Investigation of the Generalized Spitzer Function in Tokamaks and Stellarators: 51st Culham Plasma Physics Summer School][{‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}]

[Effect of energy and momentum conservation on fluid resonances for resonant magnetic perturbations in a tokamak][{‘creatorType’: ‘author’, ‘firstName’: ‘Peter’, ‘lastName’: ‘Leitner’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}]

[Impact of finite collisionality effects on electron cyclotron current drive in stellarators: 20th International Stellarator-Heliotron Workshop (ISHW)][{‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Nikolai B.’, ‘lastName’: ‘Marushchenko’}]

[Study of collisionless high-energy charged particle losses for stellarators in presence of resonant perturbations of the magnetic field][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}]

[Results From the International Collaboration on Neoclassical Transport in Stellarators (ICNTS)][{‘creatorType’: ‘author’, ‘name’: ‘C. D. Beidler’}, {‘creatorType’: ‘author’, ‘name’: ‘M. Yu. Isaev’}, {‘creatorType’: ‘author’, ‘name’: ‘S. V. Kasilov’}, {‘creatorType’: ‘author’, ‘name’: ‘W. Kernbichler’}, {‘creatorType’: ‘author’, ‘name’: ‘H. Maaßberg’}, {‘creatorType’: ‘author’, ‘name’: ‘D. R. Mikkelsen’}, {‘creatorType’: ‘author’, ‘name’: ‘S. Murakami’}, {‘creatorType’: ‘author’, ‘name’: ‘V. V. Nemov’}, {‘creatorType’: ‘author’, ‘name’: ‘M. Schmidt’}, {‘creatorType’: ‘author’, ‘name’: ‘D. A. Spong’}, {‘creatorType’: ‘author’, ‘name’: ‘V. Tribaldos’}, {‘creatorType’: ‘author’, ‘name’: ‘A. Wakasa’}]

[Calculation of the magnetic surface function gradient in stellarators with broken stellarator symmetry][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}]

[Electron cyclotron current drive in low collisionality limit: On parallel momentum conservation][{‘creatorType’: ‘author’, ‘firstName’: ‘N. B.’, ‘lastName’: ‘Marushchenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. D.’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maaßberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Prater’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R. W.’, ‘lastName’: ‘Harvey’}]

[Delta-f Monte Carlo computations of parallel conductivity in stellarators: 38th EPS Conference on Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Klaus’, ‘lastName’: ‘Allmaier’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}]

[Benchmarking of the mono-energetic transport coefficients—results from the International Collaboration on Neoclassical Transport in Stellarators (ICNTS)][{‘creatorType’: ‘author’, ‘firstName’: ‘C. D.’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Allmaier’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. Yu’, ‘lastName’: ‘Isaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maaßberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. R.’, ‘lastName’: ‘Mikkelsen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Murakami’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Schmidt’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. A.’, ‘lastName’: ‘Spong’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Tribaldos’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Wakasa’}]

[Plasma response to resonant magnetic field perturbations when modelling Tokamak plasmas: Culham Plasma Physics Summer School 2008][{‘creatorType’: ‘author’, ‘firstName’: ‘Miran’, ‘lastName’: ‘Mulec’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}]

[MHD Stability Analysis for Tokamaks: Third Iter International Summer School 2009][{‘creatorType’: ‘author’, ‘firstName’: ‘Miran’, ‘lastName’: ‘Mulec’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}]

[Contribution of joint experiments on small tokamaks in the framework of IAEA coordinated research projects to mainstream fusion research][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘GRYAZNEVICH’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘STÖCKEL’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. VAN’, ‘lastName’: ‘OOST’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E. DEL’, ‘lastName’: ‘BOSCO’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘SVOBODA’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘MELNIKOV’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘KAMENDJE’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘MALAQUIAS’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘MANK’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘MIKLASZEWSKI’}, {‘creatorType’: ‘author’, ‘firstName’: ‘the IAEA’, ‘lastName’: ‘CRP’}, {‘creatorType’: ‘author’, ‘firstName’: ‘JEs’, ‘lastName’: ‘Teams’}]

[Sustainment of the Reversed ShearMagnetic Field Configuration with Near-Rational q-min Value with the Help of the Rotating Magnetic Field][{‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Improvement of collisionless particle confinement in a non-quasi-symmetric stellarator vacuum magnetic field][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. I.’, ‘lastName’: ‘Mikhailov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Zille’}]

[Geometric integrator for charged particle orbits in axisymmetric fusion devices][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. M.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Modelling of neoclassical toroidal viscosity from internal MHD modes in ASDEX-Upgrade: 46th EPS Conference on Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Rico’, ‘lastName’: ‘Buchholz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Gude’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Igochine’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}]

[Kinetic aspects of resistive wall modes: 38th EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Miran’, ‘lastName’: ‘Mulec’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}]

[Effective ripple in the CHS-qa configuration][{‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Isobe’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Matsuoka’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Okamura’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Shimizu’}]

[Reconstruction of two-dimensional structures in the magnetopause: Method improvements][{‘creatorType’: ‘author’, ‘firstName’: ‘Qiang’, ‘lastName’: ‘Hu’}]

[Reconstruction of the Reconnection Rate from Perturbations in the Ambient Magnetic Field][{‘creatorType’: ‘author’, ‘firstName’: ‘Vladimir S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Penz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I.V.’, ‘lastName’: ‘Kubyshkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.K.’, ‘lastName’: ‘Biernat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.V.’, ‘lastName’: ‘Ivanova’}]

[Optimization of energy confinement in the 1/ν regime for stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Tribaldos’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J. A.’, ‘lastName’: ‘Jiménez’}]

[Parallel Momentum Conservation and Collisionality Effects on ECCD: International Stellarator Workshop][{‘creatorType’: ‘author’, ‘firstName’: ‘Nikolai B.’, ‘lastName’: ‘Marushchenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Craig’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Henning’, ‘lastName’: ‘Maaßberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Massimiliano’, ‘lastName’: ‘Rome’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Yuri’, ‘lastName’: ‘Turkin’}]

[On ECCD efficiency in toroidal plasmas with finite collisionality: International Stellarator Workshop][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Nikolai B.’, ‘lastName’: ‘Marushchenko’}]

[Hamiltonian Theory of Resonant Transport Regimes in Tokamaks with Perturbed Axisymmetry][{‘creatorType’: ‘author’, ‘firstName’: ‘’, ‘lastName’: ‘Albert, Christopher’}]

[Hamiltonian Theory of Resonant Transport Regimes in Tokamaks with Perturbed Axisymmetry][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher’, ‘lastName’: ‘Albert’}]

[Integration of the guiding-center equations in toroidal fields utilizing a local linearization approach: 47th EPS Conference on Plasma Physics, EPS 2021][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Eder’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Scheidt’}]

[Orbit Classification and Sensitivity Analysis in Dynamical Systems Using Surrogate Models][{‘creatorType’: ‘author’, ‘firstName’: ‘Katharina’, ‘lastName’: ‘Rath’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Bernd’, ‘lastName’: ‘Bischl’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Udo’, ‘lastName’: ‘von Toussaint’}]

[Surrogate-Enhanced Parameter Inference for Function-Valued Models][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ulrich’, ‘lastName’: ‘Callies’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Udo von’, ‘lastName’: ‘Toussaint’}]

[Alpha particle confinement metrics based on orbit classification in stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Rico’, ‘lastName’: ‘Buchholz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Katharina’, ‘lastName’: ‘Rath’}]

[Computation of neoclassical toroidal viscosity with the account of non-standard orbits in a tokamak: 48th European Physical Society Conference on Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Buchholz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Savchenko’}, {‘creatorType’: ‘author’, ‘name’: ‘the ASDEX Upgrade Team’}]

[Kinetic modelling of bifurcation conditions of resonant magnetic perturbations in ASDEX Upgrade experiments: 48th European Physical Society Conference on Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Markl’}, {‘creatorType’: ‘author’, ‘firstName’: ‘P.’, ‘lastName’: ‘Ulbl’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Angioni’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Buchholz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Suttrop’}, {‘creatorType’: ‘author’, ‘name’: ‘the ASDEX Upgrade Team’}]

[On symplectic integration of the guiding-center equations in general 3D toroidal fields using GORILLA: 48th European Physical Society Conference on Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Eder’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. S.’, ‘lastName’: ‘Graßler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[A quasi-continuous exhaust scenario for a fusion reactor: the renaissance of small edge localized modes][{‘creatorType’: ‘author’, ‘firstName’: ‘G. F.’, ‘lastName’: ‘Harrer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Faitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L.’, ‘lastName’: ‘Radovanovic’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E.’, ‘lastName’: ‘Wolfrum’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Cathey’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Cavedon’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Dunne’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Eich’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Fischer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Hoelzl’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Labit’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Meyer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Aumayr’}, {‘creatorType’: ‘author’, ‘firstName’: ‘the ASDEX Upgrade’, ‘lastName’: ‘Team’}, {‘creatorType’: ‘author’, ‘firstName’: ‘the EUROfusion MST1’, ‘lastName’: ‘Team’}]

[Quasicontinuous Exhaust Scenario for a Fusion Reactor: The Renaissance of Small Edge Localized Modes][{‘creatorType’: ‘author’, ‘firstName’: ‘G.\u2009F.’, ‘lastName’: ‘Harrer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Faitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L.’, ‘lastName’: ‘Radovanovic’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E.’, ‘lastName’: ‘Wolfrum’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Cathey’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Cavedon’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Dunne’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Eich’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Fischer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Griener’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Hoelzl’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Labit’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Meyer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Aumayr’}, {‘creatorType’: ‘author’, ‘name’: ‘The ASDEX Upgrade Team’}, {‘creatorType’: ‘author’, ‘name’: ‘The EUROfusion MST1 Team’}]

[Overview of magnetic structure induced by the TEXTOR-DED and the related transport][{‘creatorType’: ‘author’, ‘firstName’: ‘S.S.’, ‘lastName’: ‘Abdullaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.H.’, ‘lastName’: ‘Finken’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.W.’, ‘lastName’: ‘Jakubowski’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Kobayashi’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiser’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.M.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Wolf’}]

[Reconstruction of the reconnection rate from magnetic field disturbances in an incompressible plasma][{‘creatorType’: ‘author’, ‘firstName’: ‘Vladimir’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Thomas’, ‘lastName’: ‘Penz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Igor V.’, ‘lastName’: ‘Kubyshkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Helfried’, ‘lastName’: ‘Biernat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Viktoria’, ‘lastName’: ‘Ivanova’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Richard P.’, ‘lastName’: ‘Rijnbeek’}]

[Reconstruction of Nightside Flux Transfer Events Using Cluster Data: Annual Seminar “Physics of Auroral Phenomena”][{‘creatorType’: ‘author’, ‘firstName’: ‘Thomas’, ‘lastName’: ‘Penz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Viktoria V.’, ‘lastName’: ‘Ivanova’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Vladimir’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Vitya A.’, ‘lastName’: ‘Sergeev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Nakamura’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Helfried’, ‘lastName’: ‘Biernat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Igor V.’, ‘lastName’: ‘Kubyshkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Theoretical and observational features of magnetic reconnection][{‘creatorType’: ‘author’, ‘firstName’: ‘Helfried’, ‘lastName’: ‘Biernat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Penz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Miklenic’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Veronig’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Hanslmeier’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Vrsnak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I.B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.V.’, ‘lastName’: ‘Ivanova’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.A.’, ‘lastName’: ‘Kiehas’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Langmayr’}]

[Green’s function of compressible Petschek–type magnetic reconnection][{‘creatorType’: ‘author’, ‘firstName’: ‘Thomas’, ‘lastName’: ‘Penz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Vladimir V.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Ivanova’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Helfried’, ‘lastName’: ‘Biernat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan B.’, ‘lastName’: ‘Ivanov’}]

[Calculations of the magnetic surface function gradient and associated quantities in stellarators with broken stellarator symmetry: 35th EPS Conference on Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Bernhard’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}]

[Modelling of wave mode conversion in fusion plasmas by the resonant layer method: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘D.L.’, ‘lastName’: ‘Grekov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.V.’, ‘lastName’: ‘Olshansky’}]

[Calculations of the magnetic surface function gradient and associated quantities in stellarators with broken stellarator symmetry: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Bernhard’, ‘lastName’: ‘Seiwald’}]

[Calculation of the bootstrap current profile for the TJ-II stellarator][{‘creatorType’: ‘author’, ‘firstName’: ‘J. L.’, ‘lastName’: ‘Velasco’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Allmaier’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘López-Fraguas’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. D.’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maassberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Castejón’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J. A.’, ‘lastName’: ‘Jiménez’}]

[Calculations of high energy particle losses for stellarators in real space coordinates: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘V.V., [No Value]’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.N., [No Value]’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Klaus’, ‘lastName’: ‘Allmaier’}]

[Kinetic linear model of the interaction of helical magnetic perturbations with cylindrical plasmas][{‘creatorType’: ‘author’, ‘firstName’: ‘Ivan B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}]

[Resonant magnetic field perturbations and the quasilinear response of the tokamak plasma: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Peter’, ‘lastName’: ‘Leitner’}]

[Quasilinear Response to Resonant Magnetic Field Perturbations in a Tokamak: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Peter’, ‘lastName’: ‘Leitner’}]

[Quasilinear response of a tokamak plasma to resonant magnetic field perturbations: 18th International Stellarator/Heliotron Workshop][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Peter’, ‘lastName’: ‘Leitner’}]

[Quasilinear Kinetic Modelling of RMP Penetration into a Tokamak Plasma: International Conference-School on Plasma Physics and Controlled Fusion][{‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Peter’, ‘lastName’: ‘Leitner’}]

[On the confinement of passing alpha particles in a tokamak-reactor with resonant magnetic field perturbations shielded by plasma currents][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Loarte’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. M.’, ‘lastName’: ‘Runov’}]

[On the confinement of passing alpha particles in a tokamak-reactor with resonant magnetic field perturbations shielded by plasma currents][{‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Loarte’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Alexey M.’, ‘lastName’: ‘Runov’}]

[Kinetic versus ideal magnetohydrodynamic modelling of the resistive wall mode in a reversed field pinch plasma][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Mulec’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Calculations of collisionless alpha-particle losses for quasi-helically symmetric toroidal stellarators in real space coordinates: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Viktor’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Joseph’, ‘lastName’: ‘Talmadge’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[QUASILINEAR KINETIC MODELLING OF RMP PENETRATION INTO A TOKAMAK PLASMA][{‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Peter’, ‘lastName’: ‘Leitner’}]

[Kinetic modelling of shielding and amplification of RMPs by the tokamak plasma: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Peter’, ‘lastName’: ‘Leitner’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Viktor V.’, ‘lastName’: ‘Nemov’}]

[Evaluation of non-ambipolar particle fluxes driven by non-resonant magnetic perturbations in a tokamak: Joint 19th ISHW and 16th RFP Workshop][{‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}]

[Calculations of collisionless high-energy particle losses for heliotron/torsatron devices in real space coordinates: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Viktor V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyi’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Quasilinear modelling of RMP interaction with a tokamak plasma: application to ASDEX Upgrade ELM mitigation experiments][{‘creatorType’: ‘author’, ‘firstName’: ‘Martin F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Peter’, ‘lastName’: ‘Leitner’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Viktor V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Wolfgang’, ‘lastName’: ‘Suttrop’}, {‘creatorType’: ‘author’, ‘firstName’: ‘the ASDEX Upgrade’, ‘lastName’: ‘Team’}]

[Monte-Carlo Simulation von Flugzeitspektren in einem TOF-REMPI][{‘creatorType’: ‘author’, ‘firstName’: ‘Bernhard’, ‘lastName’: ‘Seiwald’}]

[Kinetic linear model of the interaction of resonant magnetic perturbations with tokamak plasma][{‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ivan Borisovich’, ‘lastName’: ‘Ivanov’}]

[On Magnetic Fields and MHD Equilibria in Stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘Bernhard’, ‘lastName’: ‘Seiwald’}]

[Transport and Heating in Toroidal Devices][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Richard’, ‘lastName’: ‘Kamendje Tchokobou’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Bernhard’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Klaus’, ‘lastName’: ‘Allmaier’}]

[Transport and Heating in Toroidal Devices][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Richard’, ‘lastName’: ‘Kamendje Tchokobou’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Bernhard’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Klaus’, ‘lastName’: ‘Allmaier’}]

[Transport and Heating in Toroidal Devices][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Richard’, ‘lastName’: ‘Kamendje Tchokobou’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Bernhard’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Klaus’, ‘lastName’: ‘Allmaier’}]

[Transport and Heating in Toroidal Devices][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Richard’, ‘lastName’: ‘Kamendje Tchokobou’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Bernhard’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Klaus’, ‘lastName’: ‘Allmaier’}]

[The grad B drift velocity of trapped particles in stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}]

[The ∇B drift velocity of trapped particles in stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}]

[Calculations of an effective ripple for a stellarator magnetic field computed by the {HINT2} code: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Bernhard’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Y.’, ‘lastName’: ‘Suzuki’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Joachim’, ‘lastName’: ‘Geiger’}]

[Optimization Studies of TJ-II Stellarator][{‘creatorType’: ‘author’, ‘firstName’: ‘B’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V V’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S V’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J A’, ‘lastName’: ‘Jimenez’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V’, ‘lastName’: ‘Tribaldos’}]

[Evaluation of the Bootstrap Current in Stellarators: 29th European Physical Society Conference on Plasma Physics and Controlled Fusion][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Evaluation of the Bootstrap Current in Stellarators: International Congress on Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Effective ripple for the W7-X magnetic field calculated by the PIES code: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Drevlak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Monticello’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Reiman’}]

[Calculation of neoclassical transport in stellarators with finite collisionality using integration along magnetic field lines: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}]

[Evaluation of the Bootstrap Current in Stellarators: 11th International Congress on Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Georg’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Modeling of electron cyclotron current drive for finite collisionality plasmas in Wendelstein 7-X: 31st EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Nikolai B.’, ‘lastName’: ‘Marushchenko’}]

[Nonlinear versus quasilinear modeling of ECCD for ITER-relevant parameters][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. V.’, ‘lastName’: ‘Pavlenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘H.’, ‘lastName’: ‘Zohm’}]

[On the Interaction of a Rotating Magnetic Field with the Plasma in the Kinetic Approximation][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Neoclassical Toroidal Viscosity in Quasilinear Regimes: 19th Joint EU-US Transport Task Force Meeting][{‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}]

[Modellierung der Plasmarotation in Tokamaks][{‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Investigation of the plasma rotation in presence of non-axisymmetric magnetic perturbations in a tokamak: 1. Fusionstag][{‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Evaluation of the toroidal torque driven by external non-resonant non-axisymmetric magnetic field perturbations in a tokamak][{‘creatorType’: ‘author’, ‘firstName’: ‘Sergei V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas F.’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Henning’, ‘lastName’: ‘Maassberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin F.’, ‘lastName’: ‘Heyn’}]

[Evaluation of the toroidal torque driven by external non-resonant non-axisymmetric magnetic field perturbations in a tokamak: 19th Joint EU-US Transport Task Force Meeting][{‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Henning’, ‘lastName’: ‘Maaßberg’}]

[Evaluation of non-ambipolar particle fluxes driven by external non-resonant magnetic perturbations in a tokamak: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Henning’, ‘lastName’: ‘Maaßberg’}]

[Evaluation of non-ambipolar particle fluxes driven by external non-resonant magnetic perturbations in a tokamak: NAWI Physics Doctoral Seminar][{‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}]

[Collisionless high energy particle losses in optimized stellarators calculated in real-space coordinates][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Calculations of confinement of high energy ions for a stellarator type trap][{‘creatorType’: ‘author’, ‘firstName’: ‘V V’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S V’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V E’, ‘lastName’: ‘Moiseenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V N’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A F’, ‘lastName’: ‘Martitsch’}]

[Calculations of confinement of high energy ions for a stellarator type trap DRAKON: EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Victor’, ‘lastName’: ‘Nyemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Vladimir E.’, ‘lastName’: ‘Moiseenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘O.’, ‘lastName’: ‘Agren’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Victor N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}]

[Toroidal rotation in resonant regimes of tokamak plasmas due to non-axisymmetric perturbations in the action-angle formalism][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}]

[Effect of 3D magnetic perturbations on the plasma rotation in tokamaks: 20th International Stellarator-Heliotron Workshop (ISHW)][{‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Gernot’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Christopher’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Erika’, ‘lastName’: ‘Strumberger’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sina’, ‘lastName’: ‘Fietz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Wolfgang’, ‘lastName’: ‘Suttrop’}, {‘creatorType’: ‘author’, ‘name’: ‘ASDEX Upgrade Team’}]

[EUROfusion-theory and advanced simulation coordination (E-TASC): programme and the role of high performance computing][{‘creatorType’: ‘author’, ‘firstName’: ‘X.’, ‘lastName’: ‘Litaudon’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Jenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Borba’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. V.’, ‘lastName’: ‘Borodin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B. J.’, ‘lastName’: ‘Braams’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Brezinsek’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I.’, ‘lastName’: ‘Calvo’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Coelho’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. J. H.’, ‘lastName’: ‘Donné’}, {‘creatorType’: ‘author’, ‘firstName’: ‘O.’, ‘lastName’: ‘Embréus’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Farina’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Görler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J. P.’, ‘lastName’: ‘Graves’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Hatzky’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Hillesheim’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Imbeaux’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Kalupin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.-T.’, ‘lastName’: ‘Kim’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Meyer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Militello’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Nordlund’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Roach’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Robin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Romanelli’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Schluck’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E.’, ‘lastName’: ‘Serre’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E.’, ‘lastName’: ‘Sonnendrücker’}, {‘creatorType’: ‘author’, ‘firstName’: ‘P.’, ‘lastName’: ‘Strand’}, {‘creatorType’: ‘author’, ‘firstName’: ‘P.’, ‘lastName’: ‘Tamain’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Tskhakaya’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J. L.’, ‘lastName’: ‘Velasco’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L.’, ‘lastName’: ‘Villard’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Wiesen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Wilson’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Zonca’}]

[Evaluation of the neoclassical toroidal viscous torque in ASDEX Upgrade: 31st EPS Conference on Controlled Fusion and Plasma Physics][{‘creatorType’: ‘author’, ‘firstName’: ‘Andreas Frank’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sergei’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Martin’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Erika’, ‘lastName’: ‘Strumberger’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Sina’, ‘lastName’: ‘Fietz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Wolfgang’, ‘lastName’: ‘Suttrop’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andrew’, ‘lastName’: ‘Kirk’}, {‘creatorType’: ‘author’, ‘name’: ‘ASDEX Upgrade Team’}, {‘creatorType’: ‘author’, ‘name’: ‘EUROfusion MST1 Team’}]

[ICNTS - Impact of incompressible E ×B flow in estimating mono-energetic transport coefficients][{‘creatorType’: ‘author’, ‘firstName’: ‘C. D.’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. Yu.’, ‘lastName’: ‘Isaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maaßberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Murakami’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. A.’, ‘lastName’: ‘Spong’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Tribaldos’}]

[Optimization of energy confinement in the $1\nu$ regime for stellarators][{‘creatorType’: ‘author’, ‘name’: ‘B. Seiwald’}, {‘creatorType’: ‘author’, ‘name’: ‘S. V. Kasilov’}, {‘creatorType’: ‘author’, ‘name’: ‘W. Kernbichler’}, {‘creatorType’: ‘author’, ‘name’: ‘V. N. Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘name’: ‘V. V. Nemov’}, {‘creatorType’: ‘author’, ‘name’: ‘V. Tribaldos’}, {‘creatorType’: ‘author’, ‘name’: ‘J. A. Jiménez’}]

[Kinetic modeling of 3D equilibria in a tokamak][{‘creatorType’: ‘author’, ‘firstName’: ‘C G’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M F’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S V’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A F’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A M’, ‘lastName’: ‘Runov’}]

[A patch transfer function approach for combined computational-experimental analysis of vibro-porous-acoustic problems][{‘creatorType’: ‘author’, ‘firstName’: ‘Jan’, ‘lastName’: ‘Rejlek’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Eugenius’, ‘lastName’: ‘Nijman’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Giorgio’, ‘lastName’: ‘Veronesi’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Christopher’, ‘lastName’: ‘Albert’}]

[Finite orbit width effects on resonant transport regimes of neoclassical toroidal viscous torque within the Hamiltonian approach][{‘creatorType’: ‘author’, ‘firstName’: ‘C G’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M F’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S V’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A F’, ‘lastName’: ‘Martitsch’}]

[Quasi-geometric integration of guiding-center orbits in piecewise linear toroidal fields][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Eder’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L. M. P.’, ‘lastName’: ‘Bauer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Three-dimensional geometric integrator for charged particle orbits in toroidal fusion devices][{‘creatorType’: ‘author’, ‘firstName’: ‘M’, ‘lastName’: ‘Eder’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C G’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L M P’, ‘lastName’: ‘Bauer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S V’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W’, ‘lastName’: ‘Kernbichler’}]

[ICNTS - Benchmarking of momentum correction techniques][{‘creatorType’: ‘author’, ‘firstName’: ‘C. D.’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. Yu.’, ‘lastName’: ‘Isaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maaßberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Murakami’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. A.’, ‘lastName’: ‘Spong’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Tribaldos’}]

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[Non-axisymmetric neoclassical transport from mis-alignment of equipotential and magnetic surfaces][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Markl’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.G.’, ‘lastName’: ‘Albert’}]

[Patch Transfer Function Approach for Analysis of Coupled Vibro-Acoustic Problems Involving Porous Materials][{‘creatorType’: ‘author’, ‘firstName’: ‘Giorgio’, ‘lastName’: ‘Veronesi’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Christopher’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Eugène’, ‘lastName’: ‘Nijman’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Jan’, ‘lastName’: ‘Rejlek’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Arnaud’, ‘lastName’: ‘Bocquillet’}]

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[2D Fourier finite element formulation for magnetostatics in curvilinear coordinates with a symmetry direction][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Patrick’, ‘lastName’: ‘Lainer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Oszkár’, ‘lastName’: ‘Bíró’}]

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[Overview of physics studies on ASDEX Upgrade][{‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Meyer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘for the AUG Team: D.’, ‘lastName’: ‘Aguiam’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Angioni’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N.’, ‘lastName’: ‘Arden’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R. 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E.’, ‘lastName’: ‘White’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Wiesen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Willensdorfer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Wiringer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Wischmeier’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Wolf’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E.’, ‘lastName’: ‘Wolfrum’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L.’, ‘lastName’: ‘Xiang’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Q.’, ‘lastName’: ‘Yang’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Z.’, ‘lastName’: ‘Yang’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Q.’, ‘lastName’: ‘Yu’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Zagórski’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I.’, ‘lastName’: ‘Zammuto’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Zhang’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. van’, ‘lastName’: ‘Zeeland’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Zehetbauer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Zilker’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Zoletnik’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Zohm’}, {‘creatorType’: ‘author’, ‘firstName’: ‘the EUROfusion MST1’, ‘lastName’: ‘Team’}]

[Neutral-Hydrogen Behavior Within rf-Discharge Plasma in the URAGAN-3M Torsatron][{‘creatorType’: ‘author’, ‘firstName’: ‘E. D.’, ‘lastName’: ‘Volkov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Letuchii’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. M.’, ‘lastName’: ‘Pankratov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘P. I.’, ‘lastName’: ‘Sidokur’}]

[Optimization of N=6 Helias-Type Stellarator][{‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Subbotin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. I.’, ‘lastName’: ‘Mikhailov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nuehrenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. Yu.’, ‘lastName’: ‘Isaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W. A.’, ‘lastName’: ‘Cooper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. D.’, ‘lastName’: ‘Shafranov’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Silva’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Varandas’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘D.’, ‘lastName’: ‘Campbell’}]

[FRC 2001: A White Paper on FRC Development in the Next Five Years][{‘creatorType’: ‘author’, ‘firstName’: ‘L. C.’, ‘lastName’: ‘Steinhauer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘et’, ‘lastName’: ‘al’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}]

[Integrated physics optimization of a quasi-isodynamic stellarator with poloidally closed contours of the magnetic field strength][{‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Subbotin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. I.’, ‘lastName’: ‘Mikhailov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. D.’, ‘lastName’: ‘Shafranov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. Yu’, ‘lastName’: ‘Isaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Zille’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W. A.’, ‘lastName’: ‘Cooper’}]

[Results of integrated optimization of $N=9$ quasi-isodynamic stellarator][{‘creatorType’: ‘author’, ‘firstName’: ‘V. D.’, ‘lastName’: ‘Shafranov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W. A.’, ‘lastName’: ‘Cooper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. Yu’, ‘lastName’: ‘Isaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. I.’, ‘lastName’: ‘Mikhailov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. A.’, ‘lastName’: ‘Samitov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Skovoroda’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Subbotin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Zille’}]

[Quasi-Isodynamical Configurations without Transitional Particle Orbits][{‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Subbotin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W. A.’, ‘lastName’: ‘Cooper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. Yu.’, ‘lastName’: ‘Isaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. I.’, ‘lastName’: ‘Mikhailov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. A.’, ‘lastName’: ‘Samitov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. D.’, ‘lastName’: ‘Shafranov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Zille’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Duval’}]

[Reconstruction of the reconnection rate from Cluster measurements: First results][{‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Penz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Ivanova’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. A.’, ‘lastName’: ‘Sergeev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H. K.’, ‘lastName’: ‘Biernat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Nakamura’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. V.’, ‘lastName’: ‘Kubyshkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}]

[Magnetic reconnection with space and time varying reconnection rates in a compressible plasma][{‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}]

[Relativistic unsteady Petschek-type model of magnetic reconnection][{‘creatorType’: ‘author’, ‘firstName’: ‘Yu V.’, ‘lastName’: ‘Tolstykh’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H. K.’, ‘lastName’: ‘Biernat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Penz’}]

[Efficiency of Petschek-Type Relativistic Unsteady Reconnection][{‘creatorType’: ‘author’, ‘firstName’: ‘V.S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Yu. V.’, ‘lastName’: ‘Tolstykh’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N. N.’, ‘lastName’: ‘Volkonskaya’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H. K.’, ‘lastName’: ‘Biernat’}]

[Consistent Recalculation of MHD Equilibria from VMEC][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Silva’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Varandas’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘D.’, ‘lastName’: ‘Campbell’}]

[Velocity Distributions of Beam-Target Fusion Products][{‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Schöpf’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E.’, ‘lastName’: ‘Hensler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘S.’, ‘lastName’: ‘Kuhn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘K.’, ‘lastName’: ‘Schöpf’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R.’, ‘lastName’: ‘Schrittwieser’}]

[Optimization of neoclassical transport in URAGAN-2M][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Self Consistent Recalculation of MHD Equilibria from VMEC][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}]

[Optimization of energy confinement in Uragan-2M][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[Optimization of neoclassical transport in stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Optimization of Stellarators with Respect to Neoclassical Transport in Real Space][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Duval’}]

[Optimization Studies of TJ-II Stellarator][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J. A.’, ‘lastName’: ‘Jiménez’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Tribaldos’}]

[Reconstruction of the Reconnection Rate from Perturbations in the Ambient Magnetic Field][{‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Penz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. V.’, ‘lastName’: ‘Kubyshkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H. K.’, ‘lastName’: ‘Biernat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Ivanova’}]

[Neoclassical transport in Uragan-2M for the 1/ν regime][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[Studies of the neoclassical transport for CNT][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T. Sunn’, ‘lastName’: ‘Pedersen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Studies of the neoclassical transport for CNT][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T. Sunn’, ‘lastName’: ‘Pedersen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Studies of the neoclassical transport for CNT][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T. Sunn’, ‘lastName’: ‘Pedersen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘P. G\c’, ‘lastName’: ‘asior’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘J.’, ‘lastName’: ‘Wo\lowski’}]

[Results of the stellarator optimization with respect to the neoclassical $1/\nu$ transport][{‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Tribaldos’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T. Sunn’, ‘lastName’: ‘Pedersen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}]

[Energy Conversion Options for ARIES-III – A Conceptual D-$^3$He Tokamak Reactor][{‘creatorType’: ‘author’, ‘firstName’: ‘W. Kernbichler, et al.’, ‘lastName’: ‘J. F. Santarius’}, {‘creatorType’: ‘author’, ‘firstName’: ‘the ARIES’, ‘lastName’: ‘team’}]

[Numerical Study of Heat Transfer in Partially Destroyed Magnetic Configurations][{‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Schweer’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Van Oost’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘E.’, ‘lastName’: ‘Vietzke’}]

[A Computational Model for Transport in Partially Ergodized Magnetic Fields][{‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Kasilov’}]

[Study of Heat Conductivity in DED of TEXTOR-94 Using Multiple Coordinate System Approach][{‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Kaleck’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘K.’, ‘lastName’: ‘Szegö’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘T. N.’, ‘lastName’: ‘Todd’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘S.’, ‘lastName’: ‘Zoletnik’}]

[A New Monte Carlo Approach to Transport Phenomena in an Ergodic Layer][{‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R. M.’, ‘lastName’: ‘Pick’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Thomas’}]

[Monte Carlo Study of Heat Conductivity in Stochastic Boundaries: Application to the TEXTOR Ergodic Divertor][{‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[3D Monte Carlo modelling of edge plasmas in fusion experiments][{‘creatorType’: ‘author’, ‘firstName’: ‘A. M.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Schneider’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}]

[Extensions of the 3-Dimensional Plasma Transport Code E3D][{‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Schneider’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}]

[Transport modelling for ergodic configurations][{‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N.’, ‘lastName’: ‘McTaggart’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Schneider’}, {‘creatorType’: ‘author’, ‘firstName’: ‘X.’, ‘lastName’: ‘Bonnin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Zagórski’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}]

[Transport in complex magnetic geometries: 3D modelling of ergodic edge plasmas in fusion experiments][{‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N.’, ‘lastName’: ‘McTaggart’}, {‘creatorType’: ‘author’, ‘firstName’: ‘X.’, ‘lastName’: ‘Bonnin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Schneider’}]

[Benchmark of the 3-Dimensional Plasma Transport Codes E3D and BoRiS][{‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Riemann’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Borchardt’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Schneider’}]

[Overview of JET results][{‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Romanelli’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R. Kamendje on behalf of JET-EFDA’, ‘lastName’: ‘Contributorsb’}]

[Current Drive Calculations: Benchmarking Momentum Correction and Field-Line Integration Techniques][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Romé’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. D.’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maaßberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N. B.’, ‘lastName’: ‘Marushchenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Yu’, ‘lastName’: ‘Turkin’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘M.’, ‘lastName’: ‘Mateev’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘E.’, ‘lastName’: ‘Benova’}]

[Wave Structures Excited in Compressible Petschek-Type Magnetic Reconnection][{‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Penz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Ivanova’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.K.’, ‘lastName’: ‘Biernat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. J.’, ‘lastName’: ‘Farrugia’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F. T.’, ‘lastName’: ‘Gratton’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘Polar Geophysical’, ‘lastName’: ‘Institute’}]

[Calculations of the geodesic curvature of a magnetic line for the URAGAN-2M torsatron with taking into account the influence of the current-feeds and detachable joints of the helical winding][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. G.’, ‘lastName’: ‘Lesnyakov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N. T.’, ‘lastName’: ‘Besedin’}]

[Magnetic Reconnection in the Earthś Magentotail: Rconstruction Method and Data Analysis][{‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Penz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Ivanova’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Nakamura’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H. K.’, ‘lastName’: ‘Biernat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. A.’, ‘lastName’: ‘Sergeev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. V.’, ‘lastName’: ‘Kubyshkin’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘Nick S.’, ‘lastName’: ‘Maravell’}]

[Assessment of the trapped particle confinement in optimized stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L. P.’, ‘lastName’: ‘Ku’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘F. De’, ‘lastName’: ‘Marco’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Vlad’}]

[Conference summary: progress in experiments on innovative concepts, confinement and performance][{‘creatorType’: ‘author’, ‘name’: ‘J. Paméla’}, {‘creatorType’: ‘author’, ‘name’: ‘R. Kamendje’}]

[An ITER-like wall for JET][{‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Paméla’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. F.’, ‘lastName’: ‘Matthews’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Philipps’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘JET-EFDA’, ‘lastName’: ‘Contributors’}]

[Calculations of the magnetic surface function gradient and associated quantities in stellarators with broken stellarator symmetry][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘M.’, ‘lastName’: ‘Mateev’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘E.’, ‘lastName’: ‘Benova’}]

[Poloidal drift of trapped particle orbits in real-space coordinates][{‘creatorType’: ‘author’, ‘name’: ‘V. V. Nemov’}, {‘creatorType’: ‘author’, ‘name’: ‘S. V. Kasilov’}, {‘creatorType’: ‘author’, ‘name’: ‘W. Kernbichler’}, {‘creatorType’: ‘author’, ‘name’: ‘G. O. Leitold’}]

[Calculations of an effective ripple for a stellarator magnetic field computed by the HINT2 code][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Y.’, ‘lastName’: ‘Suzuki’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Geiger’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘P. G\c’, ‘lastName’: ‘asior’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘J.’, ‘lastName’: ‘Wo\lowski’}]

[Calculations of $1/\nu$ transport for Uragan-2M taking into account the influence of current-feeds and detachable joints of the helical winding][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. G.’, ‘lastName’: ‘Lesnyakov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N. T.’, ‘lastName’: ‘Besedin’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘P. G\c’, ‘lastName’: ‘asior’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘J.’, ‘lastName’: ‘Wo\lowski’}]

[Poloidal motion of trapped particle orbits in real-space coordinates][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}]

[Observational Signatures of Consecutive Reconnection Pulses][{‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Posratschnig’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. V.’, ‘lastName’: ‘Kubyshkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. A.’, ‘lastName’: ‘Kiehas’}]

[Evaluation of an Effective Ripple in Stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Silva’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Varandas’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘D.’, ‘lastName’: ‘Campbell’}]

[The $1/\nu$ Transport Regime for Neoclassically Optimized Stellarator Systems][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Talmadge’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘K.’, ‘lastName’: ‘Szegö’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘T. N.’, ‘lastName’: ‘Todd’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘S.’, ‘lastName’: ‘Zoletnik’}]

[Calculation of Asymmetric Neoclassical Transport Coefficients by Integration Along the Magnetic Field Line][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Schweer’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Van Oost’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘E.’, ‘lastName’: ‘Vietzke’}]

[The second adiabatic invariant and neoclassical transport in stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[The Plateau Regime of Neoclassical Transport in Stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘K.’, ‘lastName’: ‘Szegö’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘T. N.’, ‘lastName’: ‘Todd’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘S.’, ‘lastName’: ‘Zoletnik’}]

[Evaluation of $1/\nu$ Neoclassical Transport in Stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Study of Neoclassical Transport Properties of W7-X Using the Integration Along Magnetic Field Lines][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Effective ripple in the CHS-qa configuration][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Isobe’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Matsuoka’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Okamura’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Shimizu’}]

[Additional criteria for optimization of trapped particle confinement in stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}]

[Neoclassical transport for LHD in the $1/\nu$ regime analyzed by the NEO code][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Isobe’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Matsuoka’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Okamura’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Hidalgo’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B. Ph van’, ‘lastName’: ‘Milligen’}]

[The $\nabla B$ drift velocity of trapped particles in stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}]

[Study of neoclassical transport and bootstrap current for W7-X in the $1/\nu$ regime, using results from the PIES code][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Drevlak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Reiman’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Monticello’}]

[Simple criteria for optimization of trapped particle confinement in stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Hidalgo’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B. Ph van’, ‘lastName’: ‘Milligen’}]

[A preliminary Assessment of Prospects of Fusion and Fission as Viable Power Sources][{‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Molin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘P. H.’, ‘lastName’: ‘Sakanaka’}]

[Neoclassical diffusion in traps with a helical magnetic axis][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[Calculations of the Magnetic Surface Function Gradient and Associated Quantities in a Torsatron][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[Bounce-averaged velocity of trapped particle drift in toroidal helical systems][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[Numerical study of the Mercier plasma stability and equilibrium plasma currents in an $l=3$ torsatron][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[Calculation of transport processes in the Pfirsch-Schlüter regime in stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[An investigation of Pfirsch-Schlüter currents in an $l=2$ torsaton][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[Topology of Magnetic Field Strength Surfaces and Particle Confinement in Mirror-Type Stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘M. I.’, ‘lastName’: ‘Mikhailov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. Yu.’, ‘lastName’: ‘Isaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nuehrenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Subbotin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W. A.’, ‘lastName’: ‘Cooper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. A.’, ‘lastName’: ‘Samitov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. D.’, ‘lastName’: ‘Shafranov’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Silva’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Varandas’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘D.’, ‘lastName’: ‘Campbell’}]

[Numerical study of stellarator plasma stability using the Mercier stability criterion][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[Dynamics of r.f. Production of Stellarator Plasmas in the Ion Cyclotron Range of Frequency][{‘creatorType’: ‘author’, ‘firstName’: ‘V. E.’, ‘lastName’: ‘Moiseenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Lysoivan’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Plyusnin’}]

[A global simulation study of ICRF heating in the LHD][{‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Murakami’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Fukuyama’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Akutsu’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N.’, ‘lastName’: ‘Nakajima’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Chan’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Choi’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. C.’, ‘lastName’: ‘Chiu’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L.’, ‘lastName’: ‘Lao’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Mutoh’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kumazawa’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Seki’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Saito’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Watari’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Isobe’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Saida’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Osakabe’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Sasao’}, {‘creatorType’: ‘author’, ‘firstName’: ‘the LHD Experimental’, ‘lastName’: ‘Group’}]

[Global and Self-consistent Simulation of ICRF Heating in Toroidal Plasmas][{‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Murakami’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Fukuyama’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Akutsu’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N.’, ‘lastName’: ‘Nakajima’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Chan’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Choi’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. C.’, ‘lastName’: ‘Chiu’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L.’, ‘lastName’: ‘Lao’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Mutoh’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kumazawa’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Seki’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Saito’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Watari’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Isobe’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Saida’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Osakabe’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Sasao’}, {‘creatorType’: ‘author’, ‘firstName’: ‘the LHD Experimental’, ‘lastName’: ‘Group’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘S. J.’, ‘lastName’: ‘Wukitch’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘P. T.’, ‘lastName’: ‘Bonoli’}]

[Comparison of the properties of quasi-isodynamic configurations for different numbers of periods][{‘creatorType’: ‘author’, ‘firstName’: ‘M. I.’, ‘lastName’: ‘Mikhailov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W. A.’, ‘lastName’: ‘Cooper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. Yu’, ‘lastName’: ‘Isaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. A.’, ‘lastName’: ‘Samitov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. D.’, ‘lastName’: ‘Shafranov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Skovoroda’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Subbotin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Yamazaki’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Zille’}]

[Temporal Evolution of Drift Alfvén Waves and Instabilities in an Inhomogeneous Plasma with Homogeneous Shear Flow][{‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Mikhailenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Mikhailenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. M.’, ‘lastName’: ‘Mahajan’}]

[Assessment of Transport in NCSX][{‘creatorType’: ‘author’, ‘firstName’: ‘D. R.’, ‘lastName’: ‘Mikkelsen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maassberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. C.’, ‘lastName’: ‘Zarnstorff’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. D.’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W. A.’, ‘lastName’: ‘Houlberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Mynick’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. A.’, ‘lastName’: ‘Spong’}, {‘creatorType’: ‘author’, ‘firstName’: ‘P.’, ‘lastName’: ‘Strand’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Tribaldos’}]

[Drift-Alfvén Instability in the Presence of Sheared Flow][{‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Mikhailenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[A Study of Three-Half-Turn and Frame Antennae for Ion Cyclotron Range of Frequency Plasma Heating in the URAGAN-3M Torsatron][{‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Lysoivan’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. E.’, ‘lastName’: ‘Moiseenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Plyusnin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Bondarenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Chechkin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. P.’, ‘lastName’: ‘Fomin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L. I.’, ‘lastName’: ‘Grigoreva’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. G.’, ‘lastName’: ‘Konovalov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kovalov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. P.’, ‘lastName’: ‘Litvinov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Yu. K.’, ‘lastName’: ‘Mironov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N. I.’, ‘lastName’: ‘Nazarov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘O. S.’, ‘lastName’: ‘Pavlichanko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R. O.’, ‘lastName’: ‘Pavlichenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. N.’, ‘lastName’: ‘Shapoval’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Skibenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E. D.’, ‘lastName’: ‘Volkov’}]

[Computation of neoclassical transport in stellarators using the full linearized Coulomb collision operator][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Allmaier’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘F. De’, ‘lastName’: ‘Marco’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Vlad’}]

[Computation of neoclassical transport in stellarators with finite collisionality][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Allmaier’}]

[Calculation of Self-Consistent Radial Electric Field in Presence of Convective Electron Transport in a Stellarator][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R. L.’, ‘lastName’: ‘Dewar’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘I. S.’, ‘lastName’: ‘Falconer’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘J.’, ‘lastName’: ‘Khachan’}]

[Evaluation of the Bootstrap Current in Stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Duval’}]

[Calculation of neoclassical transport in stellarators with finite collisionality using integration along magnetic field lines][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Hidalgo’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B. Ph van’, ‘lastName’: ‘Milligen’}]

[Prospects of the Stochastic Mapping Technique][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Evaluation of the Bootstrap Current in Stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R. L.’, ‘lastName’: ‘Dewar’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘I. S.’, ‘lastName’: ‘Falconer’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘J.’, ‘lastName’: ‘Khachan’}]

[Calculation of Self-Consistent Radial Electric Field in Presence of Convective Electron Transport in a Stellarator][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Duval’}]

[Generalized Spitzer Function with Finite Collisionality in Toroidal Plasmas][{‘creatorType’: ‘author’, ‘name’: ‘W. Kernbichler’}, {‘creatorType’: ‘author’, ‘name’: ‘S. V. Kasilov’}, {‘creatorType’: ‘author’, ‘name’: ‘G. O. Leitold’}, {‘creatorType’: ‘author’, ‘name’: ‘V. V. Nemov’}, {‘creatorType’: ‘author’, ‘name’: ‘N. B. Marushchenko’}]

[Recent progress in NEO-2 - A code for neoclassical transport computations based on field line tracing][{‘creatorType’: ‘author’, ‘name’: ‘W. Kernbichler’}, {‘creatorType’: ‘author’, ‘name’: ‘S. V. Kasilov’}, {‘creatorType’: ‘author’, ‘name’: ‘G. O. Leitold’}, {‘creatorType’: ‘author’, ‘name’: ‘V. V. Nemov’}, {‘creatorType’: ‘author’, ‘name’: ‘K. Allmaier’}]

[Recent progress in NEO-2 - A code for neoclassical transport computations based on field line tracing][{‘creatorType’: ‘author’, ‘name’: ‘W. Kernbichler’}, {‘creatorType’: ‘author’, ‘name’: ‘S. V. Kasilov’}, {‘creatorType’: ‘author’, ‘name’: ‘G. O. Leitold’}, {‘creatorType’: ‘author’, ‘name’: ‘V. V. Nemov’}, {‘creatorType’: ‘author’, ‘name’: ‘K. Allmaier’}]

[Operational Parameters for D-$^3$He in Field-Reversed Configurations][{‘creatorType’: ‘author’, ‘name’: ‘W. Kernbichler’}]

[Field Reversed Configurations – An Option for Fusion][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Synchrotron Radiation in Fusion Plasmas][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Evaluation of $1/\nu$ Transport and Parallel Current Density in Stellarators – A Unified Approach][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Passive Cyclotron Current Drive for Tokamaks][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}]

[The Role of Synchrotron Radiation in High-Temperature Fusion Plasmas][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘H.’, ‘lastName’: ‘Yasuda’}]

[Fusion Reactor Studies, Part I – Field Reversed Configurations][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘S.’, ‘lastName’: ‘Kuhn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘K.’, ‘lastName’: ‘Schöpf’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R.’, ‘lastName’: ‘Schrittwieser’}]

[Evaluation of $1/\nu$ Transport and Parallel Current Density in Stellarators Using the Integration Technique Along the Magnetic Field Line][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Application of the Stochastic Mapping Technique to Modeling the Distribution Function in Stellarator Geometry][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Passive Cyclotron Current Generation With Fish-Scale Structures][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}]

[Synchrotron Radiation from High-Temperature Plasmas][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘J. F.’, ‘lastName’: ‘Santarius’}]

[Cyclotron Radiation from Specific Plasma Configurations][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Neoclassical Transport Calculations for Optimization Studies][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Leitold’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Compound Light Ion Fuel Cycles: An Approach to Optimization][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘T. N.’, ‘lastName’: ‘Veziroglu’}]

[D-based Fuel Cycles: The Benefits of Titium Leanness][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Feldbacher’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Nassri’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Schöpf’}]

[The Promise of Tritium Lean Fuels][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Feldbacher’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}]

[Advanced Fusion Fuels][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘K. G.’, ‘lastName’: ‘Bauer’}]

[Physics and Engineering Constraints on the Feasibility of Advanced Fuel Fusion Reactors][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Niederl’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘S.’, ‘lastName’: ‘Methfessel’}]

[Comparison of the Physics Performance of D-$^3$He Fusion in High- and Low-Beta Toroidal Devices][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. H.’, ‘lastName’: ‘Miley’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘U. von’, ‘lastName’: ‘Möllendorf’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Goel’}]

[Neutronlean Fusion Reactor Studies for Thermal Plasmas][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}]

[D-based Fuel Cycles in MCF Reactors: Trade-offs between Neutron-, Radioactivity- and Power-Production][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Velarde’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘E.’, ‘lastName’: ‘Minguez’}]

[Parametric Analysis of p-^11$B as Advanced Reactor Fuel][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Feldbacher’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}]

[D-$^3$He Fuel Cycles for Neutron-lean Reactors][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. H.’, ‘lastName’: ‘Miley’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}]

[Prospects of D-$^3$He in Field-Reversed Configurations][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. H.’, ‘lastName’: ‘Miley’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}]

[D-$^3$He in Field-Reversed Configurations – RUBY, An International Reactor Study][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘et al., G. H. Miley’, ‘lastName’: ‘M. Heindler’}]

[Fusion Reactor Studies][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}, {‘creatorType’: ‘editor’, ‘name’: ‘H.K. Biernat’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘S. J.’, ‘lastName’: ‘Bauer’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}]

[Reactor Potential of Steady-State Field-Reversed Configurations][{‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘D. C.’, ‘lastName’: ‘Barnes’}]

[Sustainment of the reversed shear magnetic field configuration with near-rational q-min value with the help of the rotating magnetic field][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Kinetic Modeling of ECRH in Stellarators Using the Stochastic Mapping Technique][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Schweer’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Van Oost’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘E.’, ‘lastName’: ‘Vietzke’}]

[Cherenkov Absorption of Short-Wavelength Magnetohydrodynamic Waves by Electrons in a Tokamak][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Pyatak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. N.’, ‘lastName’: ‘Stepanov’}]

[Evaluation of the Parallel Current Density in a Stellarator Using the Integration Technique Along the magnetic Field Line][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘K.’, ‘lastName’: ‘Szegö’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘T. N.’, ‘lastName’: ‘Todd’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘S.’, ‘lastName’: ‘Zoletnik’}]

[Quasilinear Transport in Ergodic Magnetic Fields in the Presence of Cross Field Diffusion][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Monte Carlo Modeling of the Electron Distribution Function in a Stellarator Using Mapping Techniques][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Computation of Equilibrium Currents and Neoclassical Transport for Resonant Magnetic Surfaces in Stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Silva’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Varandas’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘D.’, ‘lastName’: ‘Campbell’}]

[Mapping Technique for Stellarators with Realistic Magnetic Field][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Silva’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Varandas’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘D.’, ‘lastName’: ‘Campbell’}]

[Stochastic Mapping Technique in Boozer Coordinates][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[MAPPING TECHNIQUE FOR S℡LARATORS WITH REALISTIC MAGNETIC FIELD][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Mapping Technique for Stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Transport Barriers in Braided Toroidal Magnetic Field][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. M.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Duval’}]

[On the `Magnetic’ Nature of Electron Transport Barriers in Tokamaks][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Reiter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. M.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Suprathermal Ion Generation at Fundamental Minority Cyclotron Resonance Heating][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N. B.’, ‘lastName’: ‘Marushchenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Pyatak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. N.’, ‘lastName’: ‘Stepanov’}]

[Passive Cyclotron Current Drive Efficiency for Relativistic Toroidal Plasmas][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[The Nonlocal Drift-Kinetic Quasilinear Theory of Radiofrequency Heating in Magnetic Traps][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Pyatak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. N.’, ‘lastName’: ‘Stepanov’}]

[Non-Linearly Weighted Monte Carlo Modeling of rf Heating][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. E.’, ‘lastName’: ‘Moiseenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Solution of the Drift Kinetic Equation in the Regime of Weak Collisions by Stochastic Mapping Techniques][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. E.’, ‘lastName’: ‘Moiseenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Monte-Carlo Modeling of ICRF Minority Heating in the Open Trap][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. E.’, ‘lastName’: ‘Moiseenko’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘A.’, ‘lastName’: ‘Kabantsev’}]

[3D Modeling of the Minority Distribution Function During rf Heating][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R. M.’, ‘lastName’: ‘Pick’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Thomas’}]

[Mapping Techniques for Monte Carlo Modeling of the Electron Distribution Function in a Stellarator][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R. M.’, ‘lastName’: ‘Pick’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Thomas’}]

[Wave Mode Conversion Due to the Linear Plasma Echo in a Nonuniform Magnetic Field][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}]

[Nonlocal Theory of Cyclotron and Cerenkov Absorption in a Nonuniformly Magnetized Plasma][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Pyatak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. N.’, ‘lastName’: ‘Stepanov’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B. B.’, ‘lastName’: ‘Kadomtsev’}]

[Nonlinear Weighting Scheme for Monte Carlo Computation of the Particle Distribution Function During rf Heating][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. E.’, ‘lastName’: ‘Moiseenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘M.’, ‘lastName’: ‘Schittenhelm’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R.’, ‘lastName’: ‘Bartiromo’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘F.’, ‘lastName’: ‘Wagner’}]

[Modelling of Quasi-Linear rf Heating Effects in Complex Magnetic Geometries][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘A.’, ‘lastName’: ‘Rogister’}]

[Application of Mapping Techniques for the Kinetic Equation in the Weak Collisions Regime][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. E.’, ‘lastName’: ‘Moiseenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R.’, ‘lastName’: ‘Pick’}]

[Effects of Collisions on Cyclotron Resonance in Magnetic Traps][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Pyatak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. N.’, ‘lastName’: ‘Stepanov’}]

[Conversion and Cyclotron Absorption of Fast Magnetosonic Waves in a Nonuniform Magnetic Field][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. V.’, ‘lastName’: ‘Longinov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. S.’, ‘lastName’: ‘Pavlov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Pyatak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. N.’, ‘lastName’: ‘Stepanov’}]

[Cyclotron Resonance for Fast Magnetosonic Waves in Inhomogeneous Magnetic Fields of Toroidal Confinement Devices][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Pyatak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. N.’, ‘lastName’: ‘Stepanov’}]

[Nonlocal Quasilinear Theory of Ion Cyclotron Absorption for Fast Magnetosonic Waves in Tokamak Plasmas][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Pyatak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. N.’, ‘lastName’: ‘Stepanov’}]

[Nonlocal Interaction of Fast Magnetosonic Waves with Alpha-Particles in Tokamaks][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Pyatak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. N.’, ‘lastName’: ‘Stepanov’}]

[Nonlocal Effects at Ion Cyclotron Resonances in Plasmas of Magnetic Traps][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. I.’, ‘lastName’: ‘Pyatak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. N.’, ‘lastName’: ‘Stepanov’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘J.’, ‘lastName’: ‘Vaclavic’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘F.’, ‘lastName’: ‘Troyon’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘E.’, ‘lastName’: ‘Sindoni’}]

[Monte-Carlo Modeling of ICRF Minority Heating in the Open Trap][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. E.’, ‘lastName’: ‘Moiseenko’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘H. K.’, ‘lastName’: ‘Biernat’}]

[Ion Cyclotron Heating of Plasma at the Second Harmonic in Mirror Traps][{‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Yu. N.’, ‘lastName’: ‘Ledovskoj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. E.’, ‘lastName’: ‘Moiseenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Pilipenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K. N.’, ‘lastName’: ‘Stepanov’}]

[Modeling of nonlinear electron cyclotron resonance heating and current drive in a tokamak][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. V.’, ‘lastName’: ‘Pavlenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘E.’, ‘lastName’: ‘Poli’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[On electron cyclotron current drive near low order rational magnetic surfaces in tokamaks][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘European Physical’, ‘lastName’: ‘Society’}]

[Nonlinear versus quasilinear modeling of electron cyclotron current drive with 2^nd$ harmonic X-mode][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. V.’, ‘lastName’: ‘Pavlenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R.’, ‘lastName’: ‘Koch’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘Lebedev’, ‘lastName’: ‘S’}]

[Kinetic Modeling of Nonlinear Electron Cyclotron Resonance Heating][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Magnetic Field of Torsatron][{‘creatorType’: ‘author’, ‘name’: ‘V.N.Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘name’: ‘V.V.Nemov’}]

[Effects of Nonlinear Wave-Particle Interaction on the Electron Distribution Function During ECRH][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Silva’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Varandas’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘D.’, ‘lastName’: ‘Campbell’}]

[Modeling of the Electron Distribution Function in the Presence of Non-Linear Wave-Particle Interaction][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Nonlinear Electron Cyclotron Current Drive with 2^nd$ Harmonic X-Mode][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. V.’, ‘lastName’: ‘Pavlenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Duval’}]

[Power Absorption during Nonlinear Electron Cyclotron Wave-Particle Interaction][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Kamendje’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Giruzzi’}]

[Neoclassical transport for URAGAN-2M in the $1/\nu$ regime][{‘creatorType’: ‘author’, ‘name’: ‘V. Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘name’: ‘S. Kasilov’}, {‘creatorType’: ‘author’, ‘name’: ‘W. Kernbichler’}, {‘creatorType’: ‘author’, ‘name’: ‘V. V. Nemov’}, {‘creatorType’: ‘author’, ‘name’: ‘B. Seiwald’}]

[Calculations of $1/\nu$ transport in an $l=3$ stellarator magnetic field in presence of magnetic islands caused by the magnetic system errors][{‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[Calculations of $1/\nu$ transport in an $l=3$ stellarator magnetic field in the presence of magnetic islands caused by magnetic system errors][{‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}]

[Stochastic transport modeling of resonant magnetic perturbations in DIII-D][{‘creatorType’: ‘author’, ‘firstName’: ‘I.’, ‘lastName’: ‘Joseph’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R. A.’, ‘lastName’: ‘Moyer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T. E.’, ‘lastName’: ‘Evans’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. J.’, ‘lastName’: ‘Schaffer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. M.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Schneider’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Groth’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. E.’, ‘lastName’: ‘Fenstermacher’}]

[Reconstruction of time-varying reconnection rate and X-line location][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Ivanova’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H. K.’, ‘lastName’: ‘Biernat’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. A.’, ‘lastName’: ‘Kiehas’}]

[Calculation of stochastic thermal transport due to resonant magnetic perturbations in DIII-D][{‘creatorType’: ‘author’, ‘firstName’: ‘I.’, ‘lastName’: ‘Joseph’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T. E.’, ‘lastName’: ‘Evans’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. M.’, ‘lastName’: ‘Runov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. E.’, ‘lastName’: ‘Fenstermacher’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Groth’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. J.’, ‘lastName’: ‘Lasnier’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R. A.’, ‘lastName’: ‘Moyer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. D.’, ‘lastName’: ‘Porter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. J.’, ‘lastName’: ‘Schaffer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Schneider’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J. G.’, ‘lastName’: ‘Watkins’}]

[Reconstruction of the reconnection rate from Cluster measurements: Method improvements][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Ivanova’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘T.’, ‘lastName’: ‘Penz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. A.’, ‘lastName’: ‘Sergeev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Quasilinear Model of Magnetic Field Penetration of Dynamic Ergodic Divertor Fields][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Ch. G.’, ‘lastName’: ‘Eherer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Silva’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘Varandas’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘D.’, ‘lastName’: ‘Campbell’}]

[Ion Thermal Diffusivity in High Ion Temperature Mode in CHS Heliotron/Torsatron Plasmas][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Matsuoka’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Okamura’}, {‘creatorType’: ‘author’, ‘firstName’: ‘O. S.’, ‘lastName’: ‘Pavlichenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R. O.’, ‘lastName’: ‘Pavlichenko’}]

[Neoclassical Transport in the CHS device and its Outlook for Improvement][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Isobe’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Matsuoka’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Okamura’}, {‘creatorType’: ‘author’, ‘firstName’: ‘O. S.’, ‘lastName’: ‘Pavlichenko’}]

[Linear Modelling of Magnetic Field Penetration in DED][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Mank’}]

[A Study of Pressure Gradient Effects on the Interaction of a Rotating Magnetic Field with the Plasma in the Kinetic Approximation][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Kinetic modelling of the interaction of rotating magnetic fields with a radially inhomogeneous plasma][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Kinetic modelling of the interaction of rotating magnetic fields with a radially inhomogeneous plasma][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Linear and Quasilinear Modeling of DED Induced Plasma Rotation][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[DED Field in a Selfconsistent Background][{‘creatorType’: ‘author’, ‘firstName’: ‘Ch. G.’, ‘lastName’: ‘Eherer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}]

[Quasi-linear modeling of the interaction of resonant magnetic field perturbations with a tokamak plasma][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Mulec’}]

[On the Relation between Plasma Rotation Induced by Low-Frequency Resonant Magnetic Perturbations and Transport in Ergodic Magnetic Fields][{‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}]

[Effect of the anomalous transport on the interaction of resonant magnetic field perturbations with tokamak plasmas][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I.’, ‘lastName’: ‘Joseph’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Kinetic estimate of the shielding of resonant magnetic field perturbations by the plasma in DIII-D][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I. B.’, ‘lastName’: ‘Ivanov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘I.’, ‘lastName’: ‘Joseph’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Moyer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. M.’, ‘lastName’: ‘Runov’}]

[Analytical Calculations of Source Energy Spectra from Maxwellian Fusion Plasmas of Arbitrary Temperature][{‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Heinrichs’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Schöpf’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J. M.’, ‘lastName’: ‘Riedler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Feldbacher’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Neoclassical diffusion in a toroidal system with a three-dimensional magnetic axis][{‘creatorType’: ‘author’, ‘firstName’: ‘I. P.’, ‘lastName’: ‘Goodblood’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Shishkin’}]

[Advanced Fuel Fusion][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘U. von’, ‘lastName’: ‘Möllendorf’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Goel’}]

[Nonlinear Absorption of 2^nd$ Harmonic X-Mode ECRH at W7-AS Stellarator][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maaßberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Romé’}, {‘creatorType’: ‘author’, ‘firstName’: ‘U.’, ‘lastName’: ‘Gasparino’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N. B.’, ‘lastName’: ‘Marushchenko’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Schweer’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Van Oost’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘E.’, ‘lastName’: ‘Vietzke’}]

[Current Topics in Astrophysical and Fusion Plasma Research][{‘creatorType’: ‘editor’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Fokker-Planck Estimation of Electron Distribution Functions for High Power ECCD at W7-AS][{‘creatorType’: ‘author’, ‘firstName’: ‘U.’, ‘lastName’: ‘Gasparino’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Geiger’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maaßberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘N. B.’, ‘lastName’: ‘Marushchenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Murakami’}, {‘creatorType’: ‘author’, ‘name’: ‘Romé’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Schweer’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘G.’, ‘lastName’: ‘Van Oost’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘E.’, ‘lastName’: ‘Vietzke’}]

[Rapid Reconnection in Compressible Plasma][{‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. S.’, ‘lastName’: ‘Semenov’}]

[Current Topics in Astrophysical and Fusion Plasma Research][{‘creatorType’: ‘editor’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘H. K.’, ‘lastName’: ‘Biernat’}]

[Current Topics in Astrophysical and Fusion Plasma Research][{‘creatorType’: ‘editor’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘H. K.’, ‘lastName’: ‘Biernat’}]

[A possible way to reverse the impurity influx by Alfvén heating in a tokamak plasma][{‘creatorType’: ‘author’, ‘firstName’: ‘D. L.’, ‘lastName’: ‘Grekov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}]

[Linear Wave Model of the DED Field][{‘creatorType’: ‘author’, ‘firstName’: ‘Ch. G.’, ‘lastName’: ‘Eherer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘B.’, ‘lastName’: ‘Duval’}]

[Bootstrap current for neoclassically optimized stellarator systems][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Drevlak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Monticello’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Reiman’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R.’, ‘lastName’: ‘Koch’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘Lebedev’, ‘lastName’: ‘S’}]

[Fusion Space Propulsion with a Field-Reversed Configuration][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Chapman’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. H.’, ‘lastName’: ‘Miley’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Heindler’}]

[Effective ripple for the W7-X magnetic field calculated by the PIES code][{‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Drevlak’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D.’, ‘lastName’: ‘Monticello’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘J.’, ‘lastName’: ‘Nührenberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Reiman’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R.’, ‘lastName’: ‘Koch’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘Lebedev’, ‘lastName’: ‘S’}]

[Neoclassical Transport in stellarators - Further results from an international collaboration][{‘creatorType’: ‘author’, ‘firstName’: ‘C. D.’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maaßberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. R.’, ‘lastName’: ‘Mikkelsen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Murakami’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Schmidt’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. A.’, ‘lastName’: ‘Spong’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Tribaldos’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Wakasa’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R. B.’, ‘lastName’: ‘White’}]

[Neoclassical Transport in stellarators - Results from an international collaboration][{‘creatorType’: ‘author’, ‘firstName’: ‘C. D.’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maaßberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. R.’, ‘lastName’: ‘Mikkelsen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Murakami’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Schmidt’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. A.’, ‘lastName’: ‘Spong’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Tribaldos’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A.’, ‘lastName’: ‘Wakasa’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R. B.’, ‘lastName’: ‘White’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘R.’, ‘lastName’: ‘Koch’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘Lebedev’, ‘lastName’: ‘S’}]

[Initial Results from an International Collaboration on Neoclassical Transport in Stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘C. D.’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maaßberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. R.’, ‘lastName’: ‘Mikkelsen’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Murakami’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Schmidt’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Tribaldos’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R. B.’, ‘lastName’: ‘White’}]

[ICNTS - Benchmarking of Momentum Correction Techniques][{‘creatorType’: ‘author’, ‘name’: ‘C. D. Beidler’}, {‘creatorType’: ‘author’, ‘name’: ‘M. Yu. Isaev’}, {‘creatorType’: ‘author’, ‘name’: ‘S. V. Kasilov’}, {‘creatorType’: ‘author’, ‘name’: ‘W. Kernbichler’}, {‘creatorType’: ‘author’, ‘name’: ‘G. O. Leitold’}, {‘creatorType’: ‘author’, ‘name’: ‘H. Maaßberg’}, {‘creatorType’: ‘author’, ‘name’: ‘S. Murakami’}, {‘creatorType’: ‘author’, ‘name’: ‘V. V. Nemov’}, {‘creatorType’: ‘author’, ‘name’: ‘D. A. Spong’}, {‘creatorType’: ‘author’, ‘name’: ‘V. Tribaldos’}]

[$\delta f$ Monte Carlo computations of neoclassical transport in stellarators with reduced variance][{‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Allmaier’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G. O.’, ‘lastName’: ‘Leitold’}]

[ICNTS - Benchmarking of Bootstrap Current Coefficients][{‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Allmaier’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. D.’, ‘lastName’: ‘Beidler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. Yu’, ‘lastName’: ‘Isaev’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘H.’, ‘lastName’: ‘Maassberg’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S.’, ‘lastName’: ‘Murakami’}, {‘creatorType’: ‘author’, ‘firstName’: ‘D. A.’, ‘lastName’: ‘Spong’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V.’, ‘lastName’: ‘Tribaldos’}]

[Calculation of the bootstrap current profile for the stellarator TJ-II][{‘creatorType’: ‘author’, ‘firstName’: ‘W. Kernbichler, K. Allmaier’, ‘lastName’: ‘J. L. Velasco’}, {‘creatorType’: ‘author’, ‘firstName’: ‘F.’, ‘lastName’: ‘Castejon’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘McKenna’}]

[Calculations of high energy particle losses for Uragan-2M taking into account the influence of current-feeds and detachable joints of the helical winding][{‘creatorType’: ‘author’, ‘firstName’: ‘V. V.’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘name’: ‘W.Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V. N.’, ‘lastName’: ‘Kalyuzhnyj’}, {‘creatorType’: ‘author’, ‘firstName’: ‘B.’, ‘lastName’: ‘Seiwald’}, {‘creatorType’: ‘editor’, ‘firstName’: ‘C.’, ‘lastName’: ‘McKenna’}]

[Iterative approach to linear ideal MHD modeling of plasma response to 3D magnetic perturbations in tokamaks][{‘creatorType’: ‘author’, ‘firstName’: ‘P.’, ‘lastName’: ‘Lainer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M.’, ‘lastName’: ‘Reichelt’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}]

[Account of non-standard orbits in computations of neoclassical toroidal viscous torque in the resonant plateau regime of a tokamak][{‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Buchholz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘L.’, ‘lastName’: ‘Grabenwarter’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. A.’, ‘lastName’: ‘Savchenko’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}]

[Resonant transport of fusion alpha particles in quasisymmetric stellarators][{‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘K.’, ‘lastName’: ‘Rath’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Babin’}, {‘creatorType’: ‘author’, ‘firstName’: ‘R.’, ‘lastName’: ‘Buchholz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Evaluation of toroidal torque by non-resonant magnetic perturbations in tokamaks for resonant transport regimes using a Hamiltonian approach][{‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M. F.’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G.’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A. F.’, ‘lastName’: ‘Martitsch’}]

[Symplectic integration with non-canonical quadrature for guiding-center orbits in magnetic confinement devices][{‘creatorType’: ‘author’, ‘firstName’: ‘C. G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S. V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W.’, ‘lastName’: ‘Kernbichler’}]

[Hamiltonian approach for evaluation of toroidal torque from finite amplitude non-axisymmetric perturbations of a tokamak magnetic field in resonant transport regimes][{‘creatorType’: ‘author’, ‘firstName’: ‘C G’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M F’, ‘lastName’: ‘Heyn’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S V’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘W’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A F’, ‘lastName’: ‘Martitsch’}]

[Solution of drift kinetic equation in stellarators and tokamaks with broken symmetry using the code NEO-2][{‘creatorType’: ‘author’, ‘firstName’: ‘W’, ‘lastName’: ‘Kernbichler’}, {‘creatorType’: ‘author’, ‘firstName’: ‘S V’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘G’, ‘lastName’: ‘Kapper’}, {‘creatorType’: ‘author’, ‘firstName’: ‘A F’, ‘lastName’: ‘Martitsch’}, {‘creatorType’: ‘author’, ‘firstName’: ‘V V’, ‘lastName’: ‘Nemov’}, {‘creatorType’: ‘author’, ‘firstName’: ‘C G’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘M F’, ‘lastName’: ‘Heyn’}]

[SIMPLE: Symplectic Integration Methods for Particle Loss Estimation][{‘creatorType’: ‘programmer’, ‘firstName’: ‘’, ‘lastName’: ‘Christopher G. Albert’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘’, ‘lastName’: ‘Sergei V. Kasilov’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘’, ‘lastName’: ‘Winfried Kernbichler’}]

[Physics-informed transfer path analysis with parameter estimation using Gaussian processes][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}]

[Gaussian Process Regression for Data Fulfilling Linear Differential Equations with Localized Sources][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Katharina’, ‘lastName’: ‘Rath’}]

[Gaussian processes for data fulfilling linear differential equations][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}]

[SIMPLE: Symplectic Integration Methods for Particle Loss Estimation][{‘creatorType’: ‘programmer’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘Sergei V.’, ‘lastName’: ‘Kasilov’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘Winfried’, ‘lastName’: ‘Kernbichler’}]

[Data augmentation for disruption prediction via robust surrogate models][{‘creatorType’: ‘author’, ‘firstName’: ‘Katharina’, ‘lastName’: ‘Rath’}, {‘creatorType’: ‘author’, ‘firstName’: ‘David’, ‘lastName’: ‘Rügamer’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Bernd’, ‘lastName’: ‘Bischl’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Udo’, ‘lastName’: ‘von Toussaint’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Cristina’, ‘lastName’: ‘Rea’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Andrew’, ‘lastName’: ‘Maris’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Robert’, ‘lastName’: ‘Granetz’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}]

[proFit: Probabilistic Response Model Fitting with Interactive Tools][{‘creatorType’: ‘programmer’, ‘firstName’: ‘Christopher’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘Maximilian’, ‘lastName’: ‘Kendler’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘Robert’, ‘lastName’: ‘Babin’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘Michael’, ‘lastName’: ‘Hadwiger’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘Richard’, ‘lastName’: ‘Hofmeister’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘Manal’, ‘lastName’: ‘Khallaayoune’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘Francesco’, ‘lastName’: ‘Kramp’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘Katharina’, ‘lastName’: ‘Rath’}, {‘creatorType’: ‘programmer’, ‘firstName’: ‘Baptiste’, ‘lastName’: ‘Rubino-Moyner’}]

[Symplectic Gaussian process regression of maps in Hamiltonian systems][{‘creatorType’: ‘author’, ‘firstName’: ‘Katharina’, ‘lastName’: ‘Rath’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Bernd’, ‘lastName’: ‘Bischl’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Udo’, ‘lastName’: ‘von Toussaint’}]

[Prediction of the vibro-acoustic response of a structure-liner-fluid system based on a patch transfer function approach and direct experimental subsystem characterisation][{‘creatorType’: ‘author’, ‘firstName’: ‘Christopher G.’, ‘lastName’: ‘Albert’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Giorgio’, ‘lastName’: ‘Veronesi’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Eugène’, ‘lastName’: ‘Nijman’}, {‘creatorType’: ‘author’, ‘firstName’: ‘Jan’, ‘lastName’: ‘Rejlek’}]