controlled thermonuclear fusionmacroscopic fluid theorymagnetohydrodynamicsplasma physicsplasma transport phenomena
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Abstract (AI)
N A Krall and A W Trivelpiece London: McGraw-Hill 1973 pp xiii + 674 price £12.25 Starting from a statistical description of the many body system, the macroscopic fluid theory is used to discuss a range of plasma phenomena including magnetohydrodynamics. Problems involving equilibrium waves, instabilities applied to research in controlled thermonuclear fusion, transpoit phenomena in plasmas and MHD generation are considered.
Key Findings
1
Applications to controlled thermonuclear fusion research are discussed, particularly problems involving waves and instabilities.
2
It covers a broad range of plasma phenomena, including magnetohydrodynamics, equilibrium waves, and plasma instabilities.
3
The abstract presents a comprehensive textbook scope rather than reporting specific quantitative experimental results.
4
The book develops macroscopic plasma-fluid theory from a statistical description of many-body systems.
5
The treatment includes plasma transport phenomena and magnetohydrodynamic electrical generation.
Research Object
plasmas
Research Subject
plasma phenomena, including magnetohydrodynamics, equilibrium waves, instabilities, transport phenomena, and MHD generation
Publication Details
Publication Date
1973-12-01
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