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2篇 您的检索式：作者名="ZHANG Penfei"

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		题名	作者	年代	出处	被引量
	1	Efficient Analysis of Surface-Wire Configurations Using AIM and Best Uniform Rational Approximation显示文摘The Adaptive integral method(AIM) in conjunction with the best uniform approximation technique is applied to analyze the electromagnetic problems of surface-wire junction geometries over a wide frequency band. To improve the computation efficiency, the best uniform approximation method is utilized. The AIM can reduce memory requirements and accelerate the matrixvector multiplications in iterative process. Some numerical examples are shown to demonstrate the efficiency and accuracy of the proposed method. Compared with the direct solution method and Asymptotic waveform evaluation(AWE) technique, the proposed technique is found to be efficient in a broadband with the lower Central processing unit(CPU) time required and without loss of accuracy.	DONG Hailin GONG Shuxi WANG Xing ZHANG Penfei ZHAO Bo	2015	Chinese Journal of Electronics2015，24，4：	0
	2	颗粒流散裂靶样机粉尘测试显示文摘The gravity-driven dense granular flow target(DGT)is a new type of concept of high power spallation target proposed to satisfy ultra-high beam power in ADS system[1].Using gravity-driven dense solid particle flow as target material and heat carrier,the essential idea of the granular flow target is to treat the power deposit offline easily,while avoiding many fatal defects,such as unstable flow of liquid lead and bismuth(LBE),material corrosion and abrasion,chemical toxicity leakage.A potential solution is provided,in order to meet the ultimate challenge posed by the ADS system with tens of MW beam power.	Sheng Yanbin Wang Zhiguang Sun Jianrong Tai Penfei Pang Lilong Gao Xing Cui Minghuan Zhang Hongpeng Chang Hailong Li Bingsheng Wei Kongfang Shen Tielong Zhu Yabin Yao Cunfeng Luo Peng	2018	IMP & HIRFL Annual Report2018，，1：	0

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