Explosive tearing mode reconnection in relativistic plasmas
Explosive reconnection of the double tearing mode in
source of relativistic e± pairs rL = 106 m the cold ultra-relativistic wind streaming to the nebula the shocked wind composed of particles heated after crossing the MHD shock rts = 3 × 1015 m= 0 1 pc ⇒ main source of radiation observed in radio optics X-rays and gamma-rays the supernova remnant the interstellar medium |
How does a transverse expansion affect ions accelerated by a radiation pressure dominated regime?
The energy of the ions accelerated by an intense electromagnetic wave in the radiation pressure-dominated regime can be greatly enhanced by a transverse expansion of a thin target, e.g., caused by the Rayleigh–Taylor-like instability (Bulanov et al. 2010 ).
How is coherent hard electromagnetic radiation generated in a relativistic plasma?
Coherent hard electromagnetic radiation in the relativistic plasma is generated in the form of high harmonics and/or electromagnetic pulses, which are compressed and intensified after reflection from relativistic mirrors created by nonlinear plasma waves.
How do relativistic effects affect plasma frequency?
The relativistic effects and the ion motion modify the plasma frequency. A low frequency wave can propagate through the plasma if the plasma electrons do not screen the electric field of the wave, being reflected from the overdense plasma slab.
What happens if a wave irradiates an overdense plasma?
When irradiated by a relativistically strong enough electromagnetic wave, an overdense plasma becomes transparent. The condition for wave propagation implies that the convection electric current is smaller than the displacement current.
![Explosive Magnetic Reconnection in Turbulent Plasma Explosive Magnetic Reconnection in Turbulent Plasma](https://pdfprof.com/FR-Documents-PDF/Bigimages/OVP.So7de36CeJtVJNaAC9UXJAEsDh/image.png)
Explosive Magnetic Reconnection in Turbulent Plasma
![Evolution of Special Relativistic Turbulent Plasma Evolution of Special Relativistic Turbulent Plasma](https://pdfprof.com/FR-Documents-PDF/Bigimages/OVP.lV8X8dZe-HGCughZqzgDSgHgFo/image.png)
Evolution of Special Relativistic Turbulent Plasma
![Introduction to the Plasma lecture no. 1 Introduction to the Plasma lecture no. 1](https://pdfprof.com/FR-Documents-PDF/Bigimages/OVP._7Exb05u1cpGTKgi-huYRAEsDh/image.png)
Introduction to the Plasma lecture no. 1
Lexique des termes technique
soupape d'échappement des gaz; clapet d'explosion; clapet de purge résistance à la rupture ... analyse des modes de défaillance et de leurs effets. |
Electron heat transport in tokamak H-mode pedestals
7 févr. 2020 sitivity of magnetic reconnection to dissipation imply having a very high ... Dans les plasmas en mode H la modélisation de la dynamique du ... |
Rapport dActivité
mesure des modes MHD du plasma. Figure II-9 : Vue d'ensemble des capteurs du nouveau diagnostic des mesures magnétiques. Figure II-10 : Capteurs utilisés |
Electron heat transport in tokamak H-mode pedestals
Je vais également remercier l'équipe turbulence plasma en particu- lier Yves Elskens Dominique Escande et Alexandre Escarguel. Je souhaite remercier Yves pour. |
From Bench to Brand and Back: The Co-Shaping of Materials and
cause early ASTM gatherings took place in Atlantic City. Pittsburgh was selected because of the existing connection with the Carnegie Technical. |
Rapport dActivité
Elle a nécessité une réforme en profondeur du mode opératoire associées à la reconnection cyclique annulaire du mode tearing double autour de q = 3/2. |
I.P.N.- 91406 ORSAY —
caractéristiques des noyaux chauds précisé leur mode de désexcitation. A Saturne |
Untitled
l'astrophysique la physique des plasmas et la physique nucléaire |
Laboratoire Jacques-Louis Lions UMR 7598 Plan quinquennal
4. la création d'une activité visible sur la modélisation et la simulation en physique des plasmas pour ITER avec l'arrivée de Bruno Després (PR) |
Explosive reconnection of double tearing modes in relativistic plasmas
30 août 2013 · Explosive reconnection of double tearing modes in relativistic plasmas: application to the Crab flares H Baty,1‹ J Petri1‹ and S Zenitani2‹ |
Explosive reconnection in magnetars
opment of tearing mode in magnetically-dominated relativistic plasma msec Finally, we discuss how reconnection may explain other magnetar phenomena |
Explosive reconnection of the double tearing mode in relativistic
24 avr 2015 · Explosive reconnection of the double tearing mode in relativistic plasmas Application to the Crab J ér ôme P étri1 Hubert Baty1 |
Particle acceleration in explosive relativistic reconnection - CORE
the relativistic highly magnetized plasma aiming to explain Crab flares In tearing mode instability of a relativistic current layer (see also Lyutikov 2003a; |
Tohir AKRAMOV La reconnexion magnétique explosive - Thèses
with DTM dynamics and the particles are accelerated up to relativistic velocities In addition, the effect Keywords: Magnetic reconnection - Resistive instability - Double-tearing modes - Ma- 3 Instabilité explosive du mode de double-tearing 63 2 1 Le concept de la MHD parfaite: dans un plasma hautement conducteur, |
Fast magnetic reconnection: The ideal tearing instability in classic
29 jan 2018 · instability in classic, Hall, and relativistic plasmas E Papini1, S Magnetic reconnection is believed to be the driver of many explosive phenomena The e- folding growth time τt of the fastest reconnecting mode, calculated |
Explosive nonlinear growth of double tearing mode: plasmoid
Explosive nonlinear growth of double tearing mode: plasmoid formation and test particle Magnetic reconnection is a fundamental process in astrophysical and laboratory plasmas, where a to a fast and explosive reconnection phase during the non linear evolution of double tearing modes relativistic Lorentz equations |
RESEARCH REPORT - International Nuclear Information System
Numerical Study of Explosive Tearing Mode Instability normal to the plasma sheet stabilizes both the electron and ion linear by magnetic reconnection, Phys Terasawa,T and A Nishida, Simultaneous observations of relativistic electron |