Titlebook: Computer Applications in Plasma Science and Engineering; Adam T. Drobot Conference proceedings 1991 Springer-Verlag New York, Inc. 1991 Co

SEMI

Taschenbuch der Mathematik und Physik part, by the cost, speed, and availability of computers. The ever increasing power of modern supercomputers has allowed a progression from modeling of one-dimensional simple problems to two-dimensional simulations which involve complicated geometry and multiple physical processes. One- and two-dime

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Ekbert Hering,Martin Stohrer,Rolf Martind with beam envelope codes, particle ray-tracing, Vlasov equilibrium solvers, and single-disk particle codes. The linear stability of these equilibria is addressed with dispersion relations solved numerically, linearized PIC codes, and single- and multi-component beam centroid programs. Beam nonline

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FAZE

Taschenbuch der Mathematik und Physikthe radiation beam. These and other phenomena in a realistic modeling of the FEL can be numerically studied using the Source Dependent Expansion (SDE) method which is a novel source dependent Laguerre-Gaussian modal representation of the fully three-dimensional radiation field. Unlike the vacuum Lag

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Taschenbuch der Technischen Akustikds on numerical simulation programs. Processes associated with implosion can usually be described using relatively simple models, but their complex interplay requires that programs model most of the relevant physical phenomena accurately. Most hydrodynamic codes used in ICF incorporate a one-fluid,

HERE

https://doi.org/10.1007/978-3-642-97356-7nd collisional radiative equilibrium, respectively. Through the use of examples and illustrations it is shown that for the same plasma conditions and identical level structure and rate coefficients, the different models predict widely varying results that can significantly affect such important plas

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