Titlebook: Atomic and Molecular Processes in Controlled Thermonuclear Fusion; M. R. C. McDowell,A. M. Ferendeci Book 1980 Springer Science+Business M

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r these photons are considered as beneficial — for diagnostic purposes, or detrimental — causing energy losses, is not our concern here. In either case, however, control of the plasma requires the knowledge of the ratio of the number of photons corresponding to a given transition emitted per unit ti

aspect

ergy (see ref. 1 for a comprehensive review). It consists of a toroidal current in an externally applied toroidal magnetic field, and some provision for preventing the current loop from expanding in major radius. Since the plasma current both heats the plasma and produces a magnetic field, and since

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n order to allow operation in a self-sustained mode. Additional conditions should be fulfilled in order to get a high overall efficiency of the reactor: one concerns the slowing-down of the a-particles born in the D-T fusion process, the other is concerned with the exhaust of the helium.

参考书目

https://doi.org/10.1007/978-1-4615-9161-0fusion; molecular physics; nuclear fusion; tokamak

Legion

978-1-4615-9163-4Springer Science+Business Media New York 1980

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Entwicklung zahlbezogener Kompetenzen,General principles of magnetic fusion confinement and a general survey of Atomic and Molecular problems relevant to CTR have been discussed in lectures by Hogan and Harrison. In these three lectures I will discuss primarily atomic physics relevant to energy balance and impurity control in fusion reactors.

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