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An Experimental Investigation of Dense Ion Flow in the Presence of a Transverse Magnetic Field.

机译：横向磁场作用下密集离子流动的实验研究。

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The interaction of dense (10 to the 8th power-10 to the 10th power ions/cc) single and counterstreaming Cs(+) ion beams with a transverse magnetic field has been examined. Magnetic field strengths are in the range of 0-10 gauss, yielding electron radii of curvature small compared to beam diameter. Ion radii of curvature, from large ion mass and velocity is much greater than beam and testing chamber dimensions. Application of transverse fields above critical levels of about 3 gauss causes rapid increases in plasma potential turbulence for both single and counterstreaming beams. Heating of electrons is observed, and growth in ion density fluctuation is rapid for field levels > than about 3 gauss. Ion transverse velocity build up in counterstreaming beam configurations appears in excess of single beam flow across the field, while ion density fluctuation build up in the single beams exceeds that of the counterstreaming flow. Wave growth for injected ion density waves has been examined as functions of injected wavelength, magnetic field strength, and wave traversal distance across the field.

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作者
sellen, j. m. jr ogawa, h. s.;
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年度 1975
页码 1-128
总页数 128
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Plasmas(Physics); Ion beams; Magnetic fields; Ion density; Probes; Cesium; Plasma diagnostics;

机译：等离子体（物理）;离子束;磁场;离子密度;探针;铯;等离子体诊断;

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An Experimental Investigation of Dense Ion Flow in the Presence of a Transverse Magnetic Field.

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