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		题名	作者	年代	出处	被引量
	1	The Role of Organ Failure and Infection in Necrotizing Pancreatitis: A Prospective Study显示文摘	Qiang Guo Ang Li Qing Xia Xubao Liu Bole Tian Gang Mai Zongwen Huang Guangyuan Chen Wenfu Tang Xiaodong Jin Weixia Chen Huimin Lu Nengwen KE Zhaoda Zhang Weiming HU	2014	Annals of Surgery2014，，6：	1
	2	Role for Decision-support Systems in Water-delivery Design显示文摘	PINGRY D E SHAFTEL T L BOLES KE	1990	Joumal of Water Resources Planning and Management1990，16，6：	1
	3	The d-orbital coupling modulation of CuNi alloy for acetonitrile electrochemical reduction and in-situ hydrogenation behavior characterization显示文摘Electrochemical reduction of acetonitrile to ethylamine with a high selectivity is a novel approach to manufacture valuable primary amines which are important raw material in organic chemical industry. However, the poor ethylamine Faradic efficiency(FE_(ethylamine)) and catalyst stability at the high current density prohibit this method from being practically used. Herein, CuNi alloy ultrafine-nano-particles based on the d-orbital coupling modulation were synthesized through the electrodeposition and their catalytic performance towards acetonitrile reduction reaction(ACNRR) has been systematically studied. The highest FE_(ethylamine)(97%) is achieved with the current density of-114 mA cm^(-2). For practical application, the current density can reach-602.8 mA cm^(-2) with 82.8% FE_(ethylamine)maintained. With the appearance of other organics which co-exist with acetonitrile in the SOHIO process, CuNi can also hydrogenate acetonitrile in it with more than 80% FE_(ethylamine). Our in-situ spectroscopy analysis and DFT calculations towards the acetonitrile hydrogenation behavior reveal that the evenly dispersed Ni in Cu modulates the dband so as to endow CuNi with the better acetonitrile adsorption, milder binding energy with the reaction intermediates, smaller barrier for CH_3CH_2NH_2 desorption and higher ability for H_2O dissociation to provide H.	Boling Liu Dong He Zunjian Ke Hongbo Wang Chongyang Tang Qi Zhang Hang Xu Menghua Yang Yafei Yang Qi Liu Xiangheng Xiao	2023	Science China Chemistry2023，66，11：	0
	4	A self-steering close-talking microphone array显示文摘For communication in extremely noisy environments, close-talking microphone arrays are useful. Differential microphone array systems possessing excellent nearfield directivity and strong farfield-noise reduction capability are very suitable for close-talking situations. In order to improve the focusing effect at the desired bearing in the nearfield, we propose a novel self-steering system of closetalking arrays with the first-order differential sub-arrays in this paper. Calculations of directivity patterns and directivity factors show that when a kind of optimized beamforming technique is adopted even small arrays with a focusing configuration will exhibit a satisfactory nearfield directivity which is electronically steerable within a specific range. The superiority of the proposed array system is verified by experiments with real acoustic data.	PENG Ke YANG Xinfeng XU Boling	2005	Progress in Natural Science:Materials International2005，15，11：	0

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