نتایج جستجو برای: relativistic electron beam

تعداد نتایج: 428847  

2000
Robert A. Laing Katherine M. Blundell I. L. Tregillis T. W. Jones Dongsu Ryu

We perform a series of so-called “synthetic observations” on a set of 3D MHD jet simulations which explicitly include energydependent transport of relativistic electrons, as described in the companion paper by Jones, Tregillis, & Ryu. Analyzing them in light of the complex source dynamics and energetic particle distributions described in that paper, we find that the standard model for radiative...

2015
Ayşe Yumak Karem Boubaker

In this paper, travelling wave solutions to the nonlinearly dispersive Schrödinger equation are computed in the case of onedimensional non-relativistic electron confined to a cylindrical quantum well. Investigations gave evidence to the possibility of simplified continuous solutions which are in good agreement with the probabilistic interpretation of this equation.

Journal: :Physical review letters 2002
V M Malkin N J Fisch

The energy deposition of a relativistic electron beam in a plasma can be managed through turning on or off fast beam-plasma instabilities in desirable regions. This management may enable new ways of realizing the fast-igniter scenario of inertial fusion. Collisional effects alone can decelerate electrons of at most a few MeV within the core of an inertial-fusion target. Beam-excited Langmuir tu...

2006
Michiaki Mori Masaki Kando Izuru Daito Hideyuki Kotaki Yukio Hayashi Atsushi Yamazaki Koichi Ogura Akito Sagisaka James Koga Kazuhisa Nakajima Hiroyuki Daido Sergei V. Bulanov Toyoaki Kimura

The regimes of quasi-mono-energetic electron beam generation were experimentally studied in the sub-relativistic intensity laser plasma interaction. The observed electron acceleration regime is unfolded with two-dimensional-particle-in-cell simulations of laser-wakefield generation in the self-modulation regime. ∗ E-mail: [email protected]

Journal: :Physical review letters 2006
S Deng C D Barnes C E Clayton C O'Connell F J Decker R A Fonseca C Huang M J Hogan R Iverson D K Johnson C Joshi T Katsouleas P Krejcik W Lu W B Mori P Muggli E Oz F Tsung D Walz M Zhou

The propagation of an intense relativistic electron beam through a gas that is self-ionized by the beam's space charge and wakefields is examined analytically and with 3D particle-in-cell simulations. Instability arises from the coupling between a beam and the offset plasma channel it creates when it is perturbed. The traditional electron hose instability in a preformed plasma is replaced with ...

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