Experimental test of the radial force balance equation in the compact helical system | Zendy

K. Ida | Zendy; A. Fujisawa | Zendy; H. Iguchi | Zendy; Y. Yoshimura | Zendy; T. Minami | Zendy; S. Okamura | Zendy; Satoshi Nishimura | Zendy; M. Isobe | Zendy; S. Kado | Zendy; Y. Liang | Zendy; I. Nomura | Zendy; K. Tanaka | Zendy; M. Osakabe | Zendy; C. Takahashi | Zendy; K. Matsuoka | Zendy

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Experimental test of the radial force balance equation in the compact helical system

Author(s) -

K. Ida,

A. Fujisawa,

H. Iguchi,

Y. Yoshimura,

T. Minami,

S. Okamura,

Satoshi Nishimura,

M. Isobe,

S. Kado,

Y. Liang,

I. Nomura,

K. Tanaka,

M. Osakabe,

C. Takahashi,

K. Matsuoka

Publication year - 2001

Publication title -

physics of plasmas

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.75

H-Index - 160

eISSN - 1089-7674

pISSN - 1070-664X

DOI - 10.1063/1.1331097

Subject(s) - physics , atomic physics , plasma , electric field , ion , rotation (mathematics) , ionization , charge exchange , radial velocity , electron , beam (structure) , plasma diagnostics , nuclear physics , optics , astrophysics , stars , geometry , mathematics , quantum mechanics

Experimental test of the radial force balance equation was done in the Compact Helical System Heliotron/Torsatron [S. Okamura et al. Nucl. Fusion 39, 1337 (1999)]. A radial electric field is measured with a heavy ion beam probe, while plasma rotation and drift velocity of fully ionized carbon are measured with charge exchange spectroscopy. The two measurements agree with each other to within 10% of the radial electric field in a wide range of electron densities of 0.3 2.0X10^19 m^ 3

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