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11篇 您的检索式：作者名="Mulin Hu"

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		题名	作者	年代	出处	被引量
	1	Laser-melted surface layer of steel X165CrMoV12-1 and its tempering characteristics显示文摘	Chang-sheng Xie Mulin Hu	2000	Materials Science and Engineering2000，278，：	1
	2	Effect of Humidity on the Gas Sensing Property of the Tetrapod-Shaped ZnO Nanopowder Senser 显示文摘	Bai Zikui Xie Changsheng Hu Mulin	2008	Materials Science and Engineering B2008，149，1：	1
	3	显示文摘	Ge Chunqiao Xie Changsheng Hu Mulin	2007	Materials Science and Engineering B2007，41，12：	1
	4	Laser-melted surface layer of steel X165CrMoV12-1 and its tempering characteristics显示文摘	Run Wu Chang-sheng Xie Mulin Hu Wei-ping Cai	2000	Materials Science and Engineering2000，，：	1
	5	Preparation and Gas-Sensing Property of ZnO Nanorod-Bundle Thin Films显示文摘	Chunqiao Ge Zikui Bai Mulin Hu	2008	Materials Letters2008，62，15：	1
	6	Nanostructural ZnO based coplanar gas sensor arrays from the injection of metal chloride solutions: Device processing, gas-sensingproperties and selectivity in liquors applications显示文摘	Li Can Zhang Shunping Hu Mulin	2011	Sensors and Actuators B: Chemical2011，53，2：	1
	7	Preparation of Fe/Al Composites with Enhanced Thermal Properties by Chemical Liquid Deposition Methods 显示文摘	Du Rong Hu Mulin Xie Changsheng	2012	Propellants Explosives Pyrotechnics2012，37，：	1
	8	Preparation of Fe/Al composites with enhanced thermal properties by chemical liquid deposition methods显示文摘	Du Rong Hu Mulin Xie Changsheng		0，，05：	1
	9	Characterization and thermal properties of carbon- coated aluminum nanopowders prepared by laser-induction complex heating in methane 显示文摘	Guo Liangui Song Wulin Xie Changsheng Zhang Xiaota Hu Mulin	2007	Materials Letters2007，61，1415：	1
	10	Effect of hu-midity on the gas sensing property of the tetrapod-shaped ZnO nanopowder senser显示文摘	Bai Zikui Xie Changsheng Hu Mulin		0，，：	1
	11	Characterization of gradient Ni-Fe/SiC composite coating on mild steel by thermal spraying in combination with laser cladding显示文摘Metal matrix composite coating Ni-Fe/SiC was prepared on an iron-based substrate bythermal spraying combined with laser cladding,using SiC particulates as the reinforcing agent.The micro-structures of the coatings formed at different thermal spraying and laser cladding conditions were character-ized by means of X-ray diffraction and electron probe microanalysis.The thermal oxidation properties of themixed powders composed of different content of SiC particulates and relevant Ni-based alloy as the balancewere examined using differential scanning calorimetry.The hardness profile of the thermal sprayed and lasercladding coatings was investigated as well.It was found that SiO2particulates were generated and dissolvedand dispersed during the melting and solidification of the laser cladding process,which was ascribed to theoxidation of the dispersed SiC particulates.The micro-hardness depth profile of the target laser claddingcomposite coating was characterized by gradient distribution,which could be related to the gradient distribu-tion of the hard SiC and SiO2particulates in the dendrites and interdendrites of the cladding layer.Both SiCand SiO2particulates contributed to greatly increasing the microhardness and mechanical properties of the ti-tled laser cladding composite coatings.	Hu Mulin Pan Lin Fu Yongqing Xie Changsheng Wang Aihua	2005	材料保护2005，38，11：	0

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