Titlebook: High-Energy-Density Physics; Foundation of Inerti R Paul Drake Textbook 2018Latest edition The Editor(s) (if applicable) and The Author(s),

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Radiative Shocks and Heat Waves,of upstream and downstream regions. Despite this multiplicity, the fluid dynamics sharply constrains the possible structures of such systems. The discussion covers the behavior of radiative shocks in optically thin systems, optically thick systems, and some mixed systems relevant to experiments. The

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Creating High-Energy-Density Conditions,g lasers. After a brief introduction to the lasers themselves, the first topic is the effect of the laser beams on the plasma and of the plasma on the laser beams. This includes absorption, refraction, reflection, laser scattering, and laser–plasma instabilities. The next topic is the transfer of en

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Magnetized Flows and Pulsed-Power Devices, high-energy-density conditions that involve strong magnetic fields. It begins with a brief summary of the motions of charged particles in magnetic fields. The bulk of the chapter concerns the magnetohydrodynamic (MHD) equations and their consequences, including magnetic-field generation by various

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Inertial Confinement Fusion,ht be possible and what is required for a power plant. Some exploration of the properties of DT fuel follows, enabling one to identify its behavior under compression and its response to entropy deposition. The next section describes the capsule implosions that put kinetic energy into the fuel. After

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R Paul Drakeal Motors Research Laboratories and sponsored by the Industrial Research Institute, a very high pri­ ority recommendation was modeling of tribological systems. Since the appearance of the Conference Proceedings in 1985, the writers discussed the matter of modeling with Dr. Edward A. Saibel, Chief of

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R Paul Drakets has often been attributed to the adsorption affinity and the integrity of the adsorbed film. Such adsorption is influenced by additives introduced into the system to reduce thermal degradation, corrosion, sludge formation, foaming etc. There are many interactions that can take place between the a