Determination of Zeff and Ion Density of NOVA II Tokamak Plasma by Neutral Beam Probe

Details Determination of Zeff and Ion Density of NOVA II Tokamak Plasma by Neutral Beam Probe Determination of Zeff and Ion Density of NOVA II Tokamak Plasma by Neutral Beam Probe

Nov 1983

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1983jpsj...52.3693m&link_type=abstract

Journal of the Physical Society of Japan, Volume 52, Issue 11, pp. 3693 (1983).

Physics

Scientific paper

A neutral hydrogen beam has been used for determining the effective ion charge Zeff and the proton density of the NOVA II tokamak plasma. In the hydrogen plasma, the Zeff was close to 1, and the proton density was found to be nearly equal to the electron density. In the hydrogen plasma with an injection of a considerable amount of methane gas, the Zeff determined by the neutral beam probe and by the plasma conductivity showed good agreement around the value of 2. The time behavior of the densities of protons and carbons indicates that the effective confinement time for carbon may be a little shorter than that for hydrogen.

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