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Simulation of Magnetic Levitation Induction Heating of Metal Spheres with Anti-connected Coils
ZHANG Jicheng, TANG Yongjian, LUO Jiangshan, WU Weidong
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    2012, 29 (4): 543-548.  
Abstract301)      PDF (1627KB)(1142)      
A model of electromagnetic force and temperature field in magnetic levitation induction heating is studied.Influence of electric current,anti-connected coils,metal sphere positions on heating and temperature distributing of metal spheres are analyzed,as well as electromagnetic force.Simulation results are confirmed with experiments.
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A RADIANT TEMPERATURE NUMERICAL METHOD FORLASER-PLASMA DIAGNOSTIC USING SXRSCWITH ABSORPTION METHOD
Tang Yongjian, Ding Yiaonan, Zheng Zhijian, Chen Xiaofeng
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    1990, 7 (3): 268-274.  
Abstract264)      PDF (403KB)(1017)      
An numerical method was developed for measuring radiant temperature using a set of absorption-foils coupled to soft x ray streak camera, SXRSC, in laser plasma experiments. An numerical code, SCC, was given. An x-ray intensity ratio vs temperature was calculated for Parylene, C3H6, Formvar, Mylar and Aluminum. A suitable range of the measuring temperature was discussed to some absorber.
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