Zhang Xian

Zhang Xian

Chang'an, Shaanxi, graduated from Wuhan University of science and technology in July 1987. In April 1999, he obtained a master's degree in Xi'an University of architecture and technology. His research direction is microporous thermal insulation ceramic materials. In May 2003, he obtained his Ph.D. from Northwestern University of technology and studied under Professor Zhang Litong, academician of Chinese Academy of engineering. His research direction is high temperature composite carbon barrier coating materials. From July 2003 to July 2005, he was a postdoctoral researcher in school of chemistry, Peking University. He was mainly engaged in the research of materials chemistry, and his research direction was combinatorial chemistry and inorganic luminescent materials. Since July 2005, I have been engaged in teaching and research in the Department of materials, School of Technical Physics, Xi'an University of Electronic Science and technology.

Character experience

In July 1987, he graduated from Wuhan University of science and technology, majoring in inorganic nonmetallic materials. From July 1987 to September 1996, he undertook the technical and teaching work in Shandong Zibo refractory factory and Shandong metallurgical industry school, mainly engaged in the research and development of high temperature ceramics, and the teaching work of inorganic material physical chemistry and high temperature ceramic technology.

In April 1999, he obtained a master's degree in Xi'an University of architecture and technology. His research direction is microporous thermal insulation ceramic materials. In May 2003, he obtained his Ph.D. from Northwestern University of technology and studied under Professor Zhang Litong, academician of Chinese Academy of engineering. His research direction is high temperature composite carbon barrier coating materials. From July 2003 to July 2005, he was a postdoctoral researcher in school of chemistry, Peking University. He was mainly engaged in the research of materials chemistry, and his research direction was combinatorial chemistry and inorganic luminescent materials.

Since July 2005, I have been engaged in teaching and research in the Department of materials, School of Technical Physics, Xi'an University of Electronic Science and technology. The lectures include "mathematical physics equations and special functions", "material physics", "film physics and technology", "electronic ceramic materials" for undergraduates, and "film growth theory" and "material thermodynamics and dynamics" for postgraduates.

Lecture course

Undergraduate courses: mathematical physics equations; film physics and preparation technology; electronic ceramic materials.

Postgraduate courses: film growth theory; material thermodynamics and dynamics.

Practice Teaching: to guide the basic experiments of undergraduates majoring in Electronic Science and technology, materials science and engineering; to guide the production practice of undergraduates majoring in Electronic Science and technology, materials science and engineering.

Research direction

1. Inorganic photoelectric functional materials.

2. High temperature intelligent ceramic materials.

Main contributions

research project

1、 Participated in scientific research projects

1. Development of carbon resistant coating on graphite crucible for high temperature melting and casting (National Natural Science Foundation Project: 10076013), time: 2001.01-2003.12.

2. Combination preparation and optimization screening of rare earth functional materials (project of National Natural Science Foundation of China), time: 2002.01-2005.12.

3. Research on new red fluorescent materials for LED based on nitride system (Shaanxi Natural Science Basic Research Project: 2009jm6003), time: 2010.1-2011.12.

4. Prediction of phase structure and properties of new high temperature wave transparent ceramics based on chemical elements (NSFC project 50802076), time: 2009.01-2011.12.

Development and application of 5 nanometer refractory synthetic raw materials (horizontal), time: August 2006 to August 2008.

6. Transparent ceramic synthesis technology research (horizontal), time: 2009.01-2011.12.

7. Data processing of mine water inrush simulation experiment and development of 3D visualization software system (horizontal), time: April 2011 to October 2011.

2、 Projects under study:

Research on the electron transport properties of metal nanocrystals (NSFC project: 11304238), time: 2014.01-2016.12.

3、 Research patents:

1. Zhang Xian, Jing Xiping, Tian Shujian, test method and device for luminescent property of combined sample library of fluorescence spectrometer peripheral, invention patent, zl200410096495.9. (authorized).

2. Hao Fusuo, Zhang Xian. A method of using nano alumina to treat aluminum refractory material, patent for invention: 200910133120.8, application date: April 1, 2009.

3. Hao Fusuo, Zhang Xian. A method of using nano mullite to treat aluminum refractory material, patent for invention: 200910133121.2, application date: April 1, 2009.

4. Zhang Xian, Cao Quanxi, Chen Qichao. Circulating cooling water system for diffusion pump of vacuum coating machine, patent for invention: 201010173328.5, application date: May 14, 2010 (authorized).

5. Zhang Xian, Hao Fusuo. Method of treating aluminum refractory particles with oxalate sol, patent for invention: 201010230988.2, application date: July 16, 2010

6. Zhang Xian, Hao Fusuo. Method of treating aluminum refractory particles with citrate sol, patent for invention: 201010230983. X, application date: July 16, 2010.

7. Zhang Xian, Hao Fusuo. Method for improving the uniform dispersion of nano mg Al spinel in aluminum refractories, patent for invention: 201010231000.4, application date: July 16, 2010.

Zhang Xian, Hao Fusuo. A sol treatment method for aluminum refractory particles, patent for invention: 201010230998.6, application date: July 16, 2010.

Paper achievements

1.ZhangXian, CaoYue.EffectofZn2 +dopingonluminescencepropertiesofred-emittingphosphorsCaMoO4:Eu3+.AdvancedMaterialsResearch.2011,189-193

2QingfengZeng,LitongZhang,XianZhang,QichaoChen,ZhiqiangFeng,YongqingCai,LaifeiCheng, ZuohaiWeng.Vibrationalanddielectricpropertiesofmagnesiumaluminatespinel :Afirst- principlesstudy.PhysicsLettersA ,2011,375(40):3521-3524

3.ZhangXian,HeJianwei, WuShoujun.DevelopmentofFuzzy -PIDTemperaturecontrollerforHeatingFurnaceBasedonARM9.KeyEngineeringMaterials,2011,467-469:1899-1904

4.XianZhang,WenchuangWang,QingfengZeng, HuiLi.First -principlesstudyofthedielectricpropertiesandinfraredreflectancespectrumofY2O3.SolidStateCommunications.2010,150(7-8):360-363.

5.XianZhang,Lai-FeiCheng,Li-TongZhang,Shou-JunWuandYong-DongXu,EffectofYttriaNanopowderonMulti-layerCoatingsofYttriaandCVDSiC/Graphite,KeyEngineeringMaterials,2007,334-335;653-656.

Character events

On July 31, 2012, Yao Jiaxin's father Yao Qingwei sued Zhang Xian for reputation infringement. The court required Zhang Xian to issue an apology microblog to Yao Qingwei every day for 30 days from the date of receiving the judgment, not to delete it, and to delete the previous rumors and slander microblog. In addition, Zhang Xian must pay Yao Qingwei 1 yuan of spiritual compensation.

Baidu Encyclopedia content is shared by netizens. If you find that your data content is inaccurate or incomplete, you are welcome to use your own data service (free) to participate in the correction. Go to > > now

Chinese PinYin : Zhang Xian