This memo discusses the analysis of the high-energy x-ray distribution from a laser-induced plasma to determine the superthermal electron distribution. The methods of deconvolution outlined in I are similar to formulae derived in the literature not including and including effects due to electron stopping. In II the methods are applied to an x-ray spectrum from an Au disc irradiated by ARGUS
nm laser pulse to a Au target. The absorption of laser energy by the resulting Au plasma results in ...
Computer programs for calculating penetration and diffusion of electrons and associated bremsstrahlu...
Laser-Compton scattering (LCS) is a novel scheme of generating highly collimated synchrotron radiati...
Purpose: To evaluate the dose distribution of a 120-MeV laser-plasma accelerated electron beam which...
Reproduced with permission from Platts. Platts holds all copyright to this article. For the original...
A simple method for the estimation of temperature and fraction of superthermal electrons in laser pr...
Several types of x-ray diagnostics, such as x-ray energy spectrum analyses, x-ray absorption methods...
Equipment and capabilities developed in investigation of K and L shell ionization cross sections, X ...
The study of the transport of electrons, and the flow of energy into a solid target or dense plasma,...
Abstract: For a high energy electron facility, the estimates of induced radioactivity in materials a...
This dissertation presents a comprehensive study of the generation mechanisms, diagnostic techniques...
An integrated experiment relevant to fast ignition. A Cu-doped deuterated polymer spherical shell ta...
Radiography is routinely used for non-destructive inspection of nuclear weapons at Pantex. For examp...
This report was prepared as an account of Government sponsored work. Neither the United States, nor ...
There exists an international race to reduce the linewidths of integrated circuits to the sub-micron...
nm laser pulse to a Au target. The absorption of laser energy by the resulting Au plasma results in ...
Computer programs for calculating penetration and diffusion of electrons and associated bremsstrahlu...
Laser-Compton scattering (LCS) is a novel scheme of generating highly collimated synchrotron radiati...
Purpose: To evaluate the dose distribution of a 120-MeV laser-plasma accelerated electron beam which...
Reproduced with permission from Platts. Platts holds all copyright to this article. For the original...
A simple method for the estimation of temperature and fraction of superthermal electrons in laser pr...
Several types of x-ray diagnostics, such as x-ray energy spectrum analyses, x-ray absorption methods...
Equipment and capabilities developed in investigation of K and L shell ionization cross sections, X ...
The study of the transport of electrons, and the flow of energy into a solid target or dense plasma,...
Abstract: For a high energy electron facility, the estimates of induced radioactivity in materials a...
This dissertation presents a comprehensive study of the generation mechanisms, diagnostic techniques...
An integrated experiment relevant to fast ignition. A Cu-doped deuterated polymer spherical shell ta...
Radiography is routinely used for non-destructive inspection of nuclear weapons at Pantex. For examp...
This report was prepared as an account of Government sponsored work. Neither the United States, nor ...
There exists an international race to reduce the linewidths of integrated circuits to the sub-micron...
nm laser pulse to a Au target. The absorption of laser energy by the resulting Au plasma results in ...
Computer programs for calculating penetration and diffusion of electrons and associated bremsstrahlu...
Laser-Compton scattering (LCS) is a novel scheme of generating highly collimated synchrotron radiati...
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