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FAST-WAVE POWER DEPOSITION FOR D-SHAPED CROSS-SECTION TOKAMAK
ZHU Xue-guang
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    2002, 19 (4): 317-320.  
Abstract230)      PDF (155KB)(1019)      
The field quantity and its differentials in plasma are found by the slab model for D-shaped cross-section tokamak, then incident wave is resolved as wave packets, and the initial condition is given. Ray tracing method is used to calculate and superpose the power deposition of any wave packet, and the power deposition result is obtained.
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THE ANTENNA DESIGN OF FAST WAVE HEATING
ZHU Xue-guang, KUANG Guang-li, ZHAO Yan-ping, LI You-yi, XIE Ji-kang
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    2000, 17 (6): 712-718.  
Abstract258)      PDF (174KB)(1174)      
The coupling efficiency of antenna in tokamak for ion cyclotron resonance heating frequency range, depends mainly on the system and size of the antenna. Based on the difference of plasma absorption performance to different spectrum component,and on whether the antenna current spectrum matches the spectrum of plasma absorption, the problem of antenna design of fast wave heating is discussed in detail.
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