Recent scientific research projects:
1. National Natural Science Foundation Project: Obstacle Strong Light Discharge and Metallization Technology: ProjectNo.: 50374050; Funding: 240,000; First person in charge
2. National Natural Science Foundation Project: Double glow barrier discharge reactive infiltration plating to form titanium nitride gradient wear-resistant materials; Funding: 1.9 million; First person in charge
3. Guangxi Natural Science Foundation Project: Research on Low Temperature Ion Plating: ProjectNo.: Guikezi 0728207; 40,000 yuan; First person in charge
4. Shanxi Natural Science Foundation: Study on the formation mechanism of TiB2/TiN and TiB2/TiC on the surface of Ti solid solution; Project number: 20031050; Funding: 40,000 yuan; First person in charge.
5. Research on plasma alloying: doctoral program of Guilin University of Electronic Technology; Project number: yzcl02；; Fund 65438+ ten thousand; First person in charge
Awards:
1. Double glow plasma alloying equipment: second prize of scientific and technological progress in Shanxi Province.
2. Research on improving the application of stainless steel colloid mill by double glow plasma technology: the third prize of Shanxi Science and Technology Progress Award.
3. Plasma surface alloying technology: the first prize of scientific and technological progress of Shanxi Provincial Department of Education.
Recently published papers:
1., Xu Jinyong, Yan, etc. Study on microstructure of alloying layer on tungsten-molybdenum plasma surface. Key Engineering Materials, Volume 297-300 (2005),1108-112. (collected by SCI and EI)
2. Xu Jinyong, Ping, Research on low-alloy high-speed steel electric saw blade by plasma surface metallurgy. Journal of Advanced Materials, 2007, 1, 34-37. (collected by SCI and EI)
3. Xu Jinyong, Ping, a new low-alloy high-speed chainsaw blade. Forum on Materials Science, 2005, 1 1. V475-479，3939-3942。 (collected by SCI and EI)
4. Gao Yuan, Xu Jinyong, Xu Zhong, etc. Study on low-alloy high-speed steel with metallographic W-Mo-C alloying on plasma surface. Key Engineering Materials, Volumes 353-358, (2007), 1798- 180 1. (recorded by EI)
5. Morphology and composition of Cr-Mo ion alloying layer of Gaoyuan, Gaoqing and Xu Jinyong.
Surface and coating technology, July 2007, V20 1, 5526-5528. (included in EI)