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		题名	作者	年代	出处	被引量
	1	Hydrothermal Systems Characterized by Crustal Thermally-dominated Structures of Southeastern China显示文摘Southeastern China(SE China)is located in the Pacific tectonic domain and has experienced a series of tectono-magmatic events induced by the subduction of the Paleo-Pacific Plate since the late Mesozoic.The subduction formed a series of NE-NNE oriented faults under a NW-SE regional stress field,along which a number of thermal springs occur.Previous studies have focused on the genesis mechanism of specific geothermal fields in SE China,but the general characteristics of hydrothermal systems in SE China remains unclear.In this study,we investigate the correlation between geothermal activity,hydrochemical type and regional faults by studying the distribution of hydrothermal activity and geochemical properties of typical hydrothermal systems in SE China.The hydrothermal systems in SE China have a crustal thermally-dominated structural origin unique to the specific geological and tectonic conditions of the Eurasian Plate margin.The upwelling of the asthenosphere and the widespread granitoids with high radiogenic heat production in SE China provide major heat sources for regional geothermal anomalies.The NE-oriented crustal thermally-dominated faults are critical for the formation of geothermal anomalies and NW-oriented extensional faults have created favorable conditions for meteoric water infiltration,transportation and the formation of thermal springs.	WANG Guiling GAN Haonan LIN Wenjing YUE Gaofan YAN Xiaoxue LI Tingxin ZHANG Wei MA Feng	2023	Acta Geologica Sinica(English Edition)2023，97，4：	2
	2	4-30 Research Progress of Group of Energy Materials in 2016显示文摘The Group of Energy Materials(GEM)in IMP is engaged in the irradiation response of materials candidate to advanced nuclear energy systems(Gen IV,fusion reactors).The major progress of research in our group in 2016 is in the irradiation hardening/embrittlement of oxide-dispersion-strengthened(ODS)ferritic steels and Vanadium alloys,and in the mechanisms underlying damage production in silicon carbide(SiC)fibers.A brief description is given as follows.1.Effect of the oxide nano particles on the irradiation hardening of ODS ferritic steels The influence of oxide nano particles on the irradiation resistance of ODS ferritic steels is a crucial issue for the upgrade of ODS steels.	Zhang Chonghong Ding Zhaonan Yang Yitao Song Yin Zhang Liqing Yan Tingxin Ma Tongda	2016	IMP & HIRFL Annual Report2016，，1：	0
	3	3-29 Microstructure and Raman Spectra of Third Generation SiC Fibers by 410 MeV Sn Ion Beam Irradiation显示文摘Third generation SiC fibers have significantly improved the thermo-mechanical properties of SiC ceramic matrix composites which are considered as advanced materials for nuclear system application. In the present work, the Raman spectra presented in Fig. 1 give information related to the structural parameters of Sn-ion irradiated and unirradiated fibers.	Song Yin Zhang Chonghong Yang Yitao Ding Zhaonan Yan tingxin	2015	IMP & HIRFL Annual Report2015，，1：	0

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