[图书][B] Numerical study of γ-ray production in ultra-intense laser-plasma interaction
RR Pandit - 2015 - search.proquest.com
2015•search.proquest.com
Recent advances in the development of intense short pulse lasers are significant. It is
available now to access laser with intensity 10 21 W/cm 2 by focusing a petawatt class laser,
at which intensity hot dense plasmas with relativistic electrons, energy greater than 100
MeV, are produced. High energy x-rays, so called γ-rays, are emitted strongly from such
plasmas via Bremsstrahlung.
available now to access laser with intensity 10 21 W/cm 2 by focusing a petawatt class laser,
at which intensity hot dense plasmas with relativistic electrons, energy greater than 100
MeV, are produced. High energy x-rays, so called γ-rays, are emitted strongly from such
plasmas via Bremsstrahlung.
Abstract
Recent advances in the development of intense short pulse lasers are significant. It is available now to access laser with intensity 10 21 W/cm 2 by focusing a petawatt class laser, at which intensity hot dense plasmas with relativistic electrons, energy greater than 100 MeV, are produced. High energy x-rays, so called γ-rays, are emitted strongly from such plasmas via Bremsstrahlung.
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