Titlebook: Industrial Application of Electromagnetic Computer Codes; Yves R. Crutzen,Giorgio Molinari,Guglielmo Rubinac Book 1990 ECSC, EEC, EAEC, Br

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J. C. Verites points. The numerical procedures described in the text permit the exact con­ servation of physical properties in the solutions of the fundamental laws of mechanics: (1) conservation of mass, (2) conservation of momentum, (3) con­ servation of energy. The laws of mechanics are universal in their ap

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R. Albanese,G. Rubinacci [9.18,19] and in BeO [9.20], by . in Cu [9.21], by . and . in Au [9.22], by . and . [9.23], by . and . in Cu [9.24], by . and coworkers [9.25–27] and by . in Si [9.28]. . et al. [9.29] and . et al. [9.30] show the development of trajectories with different generations. Examples of trajectories in c

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E. Coccorese,R. Martonewn under the names implantation, ranges, backscattering or reflection, and transmission. So far the projectiles have been discussed, but that is only one part of the process. The elastic energy lost by a projectile in a collision is transferred to a target or recoil atom, which itself collides with

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Forehead-Lift

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Computational Methods for the Electromagnetic Analysis in Fusion Devices,ent computation, the plasma plays the role of a source term. Of course, to get satisfactory results, it is often necessary to solve both models repeatedly..In this work we will review the basic model which describes the main features of the plasma subsystem (in the framework of the ideal MHD theory)

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Industrial Application of Electromagnetic Computer Codes

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Yves R. Crutzen,Giorgio Molinari,Guglielmo Rubinac

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