Publikationen von A. Salat

Hacker, H. H.; Burhenn, R.; Kondo, K.; Anton, M.; Assmus, D.; Baeumel, S.; Beidler, C.; Bindemann, T.; Brakel, R.; Cattanei, G. et al.; Dinklage, A.; Dodhy, A.; Ehmler, H.; Elsner, A.; Endler, M.; Engelhardt, K.; Erckmann, V.; Feng, Y.; Fuchs, C.; Gadelmeier, F.; Geiger, J.; Giannone, L.; Grigull, P.; Grünwald, G.; Grulke, O.; Harmeyer, E.; Hartfuss, H.-J.; Herrnegger, F.; Hirsch, M.; Hofner, J.; Hollmann, F.; Holzhauer, E.; Igitkhanov, Y.; Jaenicke, R.; Karger, F.; Kick, M.; Kisslinger, J.; Klose, S.; Knauer, J.; Kroiss, H.; Kühner, G.; Kus, A.; Laqua, H.; Liu, R.; Maassberg, H.; Marushchenko, N.; McCormick, K.; Michel, G.; Noke, F.; Ott, W.; Otte, M.; Pacco-Düchs, M. G.; Penningsfeld, F. P.; Polunovsky, E.; Probst, F.; Purps, F.; Ruhs, N.; Rust, N.; Saffert, N. J.; Salat, A.; Sallander, J.; Sardei, F.; Schneider, F.; Schubert, M.; Sidorenko, I.; Speth, E.; Süss, R.; Thomsen, H.; Volpe, F.; Wagner, F.; Weller, A.; Wendland, C.; Werner, A.; Wobig, H.; Wuersching, E.; Zimmermann, D.: Spectra of Highly Ionized Xenon (6-30 nm) Excited in W7-AS Plasmas. Applied Physics. B 73, S. 59 - 64 (2001)

Salat, A.; Tataronis, J. A.: Shear Alfvén mode resonances in nonaxisymmetric toroidal low-pressure plasmas. I. Mode equations in arbitrary geometry. Physics of Plasmas 8, S. 1200 - 1206 (2001)

Salat, A.; Tataronis, J. A.: Shear Alfvén mode resonances in nonaxisymmetric toroidal low-pressure plasmas. II. Singular modes in the shear Alfvén continuum. Physics of Plasmas 8, S. 1207 - 1218 (2001)

Salat, A.; Tataronis, J. A.: On the Existence of Orthogonal, Magnetic Field Line Oriented Coordinate Systems. Journal of Geophysical Research - Space 105, S. 13055 - 13062 (2000)

Salat, A.; Tataronis, J. A.: Conditions for Existence of Orthogonal Coordinate Systems Oriented by Magnetic Field Lines. Journal of Geophysical Research: Space Physics 105, S. 13055 - 13062 (2000)

Salat, A.; Tataronis, J. A.: Radial dependence of magnetohydrodynamic continuum modes in axisymmetric toroidal geometry. Physics of Plasmas 6 (8), S. 3207 - 3216 (1999)

Tataronis, J. A.; Torass, R.; Salat, A.: The Ideal Magnetohydrodynamic Continuous Spectra of a Cylindrical Plasma: Solution of the Initial Value Problem. Physics of Plasmas 5 (10), S. 3789 - 3792 (1998)

Tataronis, J. A.; Torasso, R.; Salat, A.: The ideal magnetohydrodynamic continuous spectra of a cylindrical plasma: Solution of the initial value problem. Physics of Plasmas 5 (10), S. 3789 - 3792 (1998)

Kaiser, R.; Salat, A.: New classes of three-dimensional ideal-MHD equilibria. Journal of Plasma Physics 57, S. 425 - 448 (1997)

Salat, A.; Tataronis, J. A.: The Shear Alfven Continuum in an Asymmetric Magnetohydrodynamic Equilibrium. Physics of Plasmas 4 (11), S. 3770 - 3782 (1997)

Kaiser, R.; Salat, A.: Analytic three-dimensional solutions of the magnetohydrostatic equations with twisted field lines. Physical Review Letters 77 (15), S. 3133 - 3136 (1996)

Kaiser, R.; Salat, A.; Tataronis, J. A.: On the existence of toroidal magnetohydrodynamic equilibria with poloidally closed magnetic field lines. Physics of Plasmas 2 (5), S. 1599 - 1604 (1995)

Salat, A.: Nonexistence of magnetohydrodynamic equilibria with poloidally closed field lines in the case of violated axisymmetry. Physics of Plasmas 2 (5), S. 1652 - 1665 (1995)

Salat, A.; Kaiser, R.: Three‐dimensional closed field line magnetohydrodynamic equilibria without symmetries. Physics of Plasmas 2 (10), S. 3777 - 3781 (1995)

Kaiser, R.; Salat, A.: Surface current equilibria from a geometric point of view. Physics of Plasmas 1 (2), S. 281 - 295 (1994)

Salat, A.: Collapse of Alfven modes into ballooning-type modes due to toroidal nonaxisymmetry. Plasma Physics and Controlled Fusion 34 (7), S. 1339 - 1357 (1992)

Salat, A.: Localization of Modes in Media with Simple Quasiperiodic Modulation. Physical Review. A 45, S. 1116 - 1121 (1992)

He, K.; Salat, A.: The Painleve Test for the Drift-Wave Equation. Plasma Physics and Controlled Fusion 33, 7, S. 869 - 874 (1991)

Salat, A.: On the Roles of the Density and Temperature Gradients in the Theory of Nonlinear Coherent Drift Waves. Plasma Physics and Controlled Fusion 33, 9, S. 1077 - 1084 (1991)

Salat, A.: Is the Temperature Gradient or the Derivative of the Density Gradient Responsible for Drift Solitons? Plasma Physics and Controlled Fusion 32, 14, S. 1337 - 1348 (1990)