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		题名	作者	年代	出处	被引量
	1	Substitution among energy sources: An empirical analysis on biomass energy for fossil fuel of China显示文摘	Zhao Xingang Liu Pingkuo	2013	Renewable and Sustainable Energy Reviews2013，，18：	1
	2	Focus on bioenergy industry development and energy security in China 显示文摘	ZhAO Xingang LIU Pingkuo	2014	Renewable and Sustainable Energy Reviews2014，32，：	1
	3	International cooperation mechanism on renewable energy devel- opment in China --A critical analysis 显示文摘	Zhao Xingang Feng Tiantian Liu Lu Liu Pingkuo Yang Yisheng	2011	Renewable Energy2011，，36：	1
	4	Seasonal Suspended Particles Distribution Patterns in Western South Yellow Sea Based on Acoustic Doppler Current Profiler Observation显示文摘An Acoustic Doppler Current Profiler(ADCP) observation site was set up in the Western South Yellow Sea from 2012 to 2013 to study the local suspended particle matters(SPM) distribution pattern. The SPM concentration could be semi-quantitatively represented by backscatter intensity(Sv), converted by the echo intensity(EI) of ADCP. Results show two types of SPM in the water column: the quasi-biological SPM and quasi-mineral SPM. The quasi-biological SPM mainly exists in summer half year and is concentrated above the thermocline. It has periodically diurnal variations with high concentration at night and low concentration in the daytime. The quasi-mineral SPM is located in lower part of the water column, with similar relation to monthly tidal current variation all year round. However, the daily quasi-mineral SPM distribution patterns vary between summer and winter half year. The sunlight is thought to be the origin factor leading to the diurnally vertical motion of the biological features, which might cause the diurnal Sv variation. Unlike in winter half year when tidal current is relatively single driving force of the monthly SPM pattern, the high speed current near the thermocline is also responsible for the concentration of quasi-mineral SPM in summer half year. The sediment input difference between summer and winter half year contribute to the varied daily variation of quasi-mineral SPM with re-suspended SPM in winter and sediments from Yellow Sea Mud Area(YSMA) in summer. The seasonal variations in hydrodynamics, water structure and heavy-wind incidents are the primary factors influencing the differential seasonal SPM distribution patterns.	LI Jianchao LI Guangxue XU Jishang QIAO Lulu DONG Ping DING Dong LIU Shidong SUN Pingkuo	2015	Journal of Ocean University of China2015，14，3：	1

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