用于电子加速的空腔中相对论性电子维格纳晶体的形成
等离子体物理
2014-04-18 v2
摘要
众所周知，如果电子密度低于临界值，处于均匀中性化背景中的电子气可以结晶并形成晶格。这种结晶可能具有二维或三维结构。由于高度非线性破波区域（气泡区域）中的尾场势具有空腔形式，其中背景电子被排空而仅留下带正电的离子，因此它适用于被捕获和加速的电子束团的结晶。然而，在这种情况下，晶体以相对论速度运动，并展现出我们称之为相对论性维格纳晶体的新三维结构。我们利用相对论哈密顿方法分析了这些结构。我们还检验了相对论性维格纳晶体的稳定性和相变。
引用
@article{arxiv.1404.3576,
title = {Relativistic electron Wigner crystal formation in a cavity for electron acceleration},
author = {Johannes Thomas and Marc M. Günther and Alexander Pukhov},
journal= {arXiv preprint arXiv:1404.3576},
year = {2014}
}
备注
The second author was spelled wrongly, his name is written Marc M. G\"unther In the abstract line 6 the word "bunch" is replaced by "bunches" On page 1 three orthographic mistakes are corrected On page 2 and 3 all unities in the text are set to roman style In reference number 12 the name of M. M. G\"unther is know written-out In reference number 16 a blank was missing between "W." and "and"