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Reviews and Tutorials in Basic Plasma Phenomena, Waves, and Instabilities
This topical area presents the exploration of fundamental plasma phenomena and new approaches to analyze and model plasma properties and dynamics, both theoretically and computationally. These papers advance our understanding of the plasma state of matter and bring new theories and algorithms that can build basic understanding of naturally occurring plasma and many practical applications of plasma science. Examples include basic wave-plasma dynamics, influence of kinetic distributions, and basic applications to plasma particle diagnostics and mass separation.
REVIEW ARTICLE
Yimeng Li; Lay Kee Ang; Bing Xiao; Flyura Djurabekova; Yonghong Cheng; Guodong Meng
REVIEW ARTICLE
O. E. Malandraki; C. M. S. Cohen; J. Giacalone; J. G. Mitchell; R. Chhiber; D. J. McComas; J. Rodríguez-Pacheco; R. F. Wimmer-Schweingruber; G. C. Ho
TUTORIAL
Philippe Arnault; Sébastien Guisset
TUTORIAL
Aman-ur-Rehman; Mushtaq Ahmad; Muhammad Ahsan Shahzad
REVIEW ARTICLE
V. I. Demidov; M. E. Koepke; I. P. Kurlyandskaya; M. A. Malkov
REVIEW ARTICLE
Scott D. Bergeson; Scott D. Baalrud; C. Leland Ellison; Edward Grant; Frank R. Graziani; Thomas C. Killian; Michael S. Murillo; Jacob L. Roberts; Liam G. Stanton
REVIEW ARTICLE
R. L. Stenzel
REVIEW ARTICLE
D. D. Ryutov
TUTORIAL
S. J. Zweben; R. Gueroult; N. J. Fisch
TUTORIAL PAPERS
I. H. Hutchinson
MAXWELL PRIZE
Masaaki Yamada; Jongsoo Yoo; Clayton E. Myers
MINI-TUTORIAL
Chi Yung Chim; Thomas M. O'Neil
SPECIAL TOPIC: ADVANCES IN MAGNETIC RECONNECTION RESEARCH IN SPACE AND LABORATORY PLASMAS—PART II
Jan Egedal; Ari Le; William Daughton