张高会
sex
1
title
教授
department
理学院
college

college2

degree
博士
recruit":0,"firstDiscipline1
电子科学与技术
secondaryDiscipline1

firstDiscipline2
电子信息
secondaryDiscipline2

executive

officePhone

mobilePhone

emailAddress
ghzhang@cjlu.edu.cn
businessAddress
格致中楼402
individualResume
现任理学院副院长、表面物理研究所所长，物理实验教学示范中心主任。\r2005年博士毕业，2007年晋升教授，2007年9月组织创建表面物理研究所，2009年组织创建表面工程研究中心。2010年组织申报获批浙江省物理实验教学示范中心建设单位。\r先后指导硕士研究生10人，其中，有3人是2005年到计量学院后指导的，2人毕业。在学校的支持下，组织领导物理学科建立了材料电子学二级硕士点。发表学术论文50余篇，SCI、EI收录论文20篇。
researchTopic
省重点课题1项\r国家基金4项（主要参加人员）\r50万以上横向课题1项
awards

researchProject
1.\tThe study of Titanium alloy flame resistance，Key project of zhejiang sheng technology gallery，(Grant No:2007C21139),　250000，2007.3-2009.12。principal;\r2.\tA Mesomechanical Study on the Nonlinear Gas Seepage Flow Properties in Human Lung Based on Fractal Theory，National Natural Science Foundation of China(Grant No: **)，2013.1-2015. 12,25万，In the second.\r3.\t Transport Properties In Biological Branching Networks， National Natural Science Foundation of China(Grant No: **)，30000，2010.1-2010.12，In the second.\r4.\t the connection between the heat conduction and diffusion of particle and energy in two-dimensional materials ,National Natural Science Foundation of China (Grant No:A050105)250000，2012-2013，In the second.\r5.\tStudy on nanoparticle-laden mutlphase flow using moment method，National Natural Science Youth Foundation of China，(Grant No:**).240000，2009.1－2011.12, In the second.\r6.\t Fundamental theoretical study on the chain crystallization with polymerization, National Natural Science Foundation of China(Grant No:)， 2万； 2007.1－2007.12, In the second；\r7.\tThe technology and property of double glow discharge carburization free hydrogen on titanium alloy surface．Natural Science Foundation of shanxi：(Grant No:**)，35000，2003.1-2004.12.principal;\r8.\tStudy ceramic thin film on Magnesium alloy surface as well as its wear-resistant corrosion resistance．Natural Science Foundation of shanxi：(Grant No:**),35000, 2003.1-2004.12. In the second.\r
publications
1\tResearch of Tribological Characteristics of Double Glow Plasma Hydrogen-Free Carbonitriding on Titanium Alloys\tRare Metal Materials and Engineering \r2005,10\t\tSCI、EI \r2\tDouble Glow Plasma Hydrogen-Free Carburizing On Commercial Purity Titanium\tJournal of Wuhan University of Technology Materials Science\r2005,4\t\tSCI、EI\r3\tMechanical And Tribological Properties Of Ti6Al4V Hardened By Double Glow Plasma Hydrogen-Free Carbonitriding\tMaterials Science Forum\r2004,10\t\tSCI\r4\tFriction and Wear Behavior of Double Glow Plasma No-Hydrogen\rCarburized Layer on Titanium Alloy\tTribology\r2004,3\t\tEI\r5\tTesting Study Phase Structure And Brittleness Of Titanium Alloys Carburizing Without Hydrogen\tShenzhen.5th International symposium on Test and Measurement\r 2003,4\t\tEI\r\r\r6\r\tThe corrosion behavior of commercial purity titanium after double glow plasma hydrogen free carburizing\t6th international symposium on test and measurement\r2005,6\t\r\t\rEI\r\r\r\r7\tDevelopment of research on titanium and titanium alloys hydrogen–free carburizing\t\r6th international symposium on test and measurement \r2005,6\t\r2\t\rEI \r8\tNew Development of Double Glow Plasma Surface Metallurgy Technology\tEngineering Science\r2005,6\t2\t\r9\tResearch and Decelopments of Magnesium and Magnesium Alloys\tWORD SCI-TECH R&D\r2004,3\t1\tCore Journal\r10\tStatus and Prospect of Surface Treatment forTitanium Alloys\tWORD SCI-TECH R&D\r2004,6\t1\tCore Journal\r11\tDouble Glow Plasma Carbuizing Without Hydrogen of Titanium Alloy\tNonferrous Metals\r2004.1\t1\tCore Journal\r12\tDouble Glow Plasma Surface Alloyed Burn-resistant Titanium Alloy,:671－673.(EI)\tTransaction of heat treatment of Materials，2004，25（5）\t4\tEI\r13\tStudy of Surface Burn-Resistant Ti-Cu Titanium Alloy\tRARE METAL MATERIALS AND ENGINEERING，2005,34(1)\t3\tSCI、EI \r14\tPreparation of double glow plasma surface metallurgy treated Ti-Cu burn-resistant alloy\tThe Chinese Journal of Nonferrous Metals，2005,15(1)\t3\tEI\r15\tDouble glow plasma surface alloyed burn-resistant titanium alloy\tTransactions of materials and heat treatment,2004,25(5)\t4\tEI\r16\tSurface chromizing of Ti-6Al-4V by double glow plasma surface alloying technology\tORDNANCE MATERIAL SCIENCE AND ENGINEERING，2005,28(1)\t5\t\r17\tDouble Glow Plasma Surface Molybdenizing of Pure Ti and Ti-6Al-4V\tJournal of Nanjing University of Aeronautics & Astronautics，2005,37(5)\t3\tEI\r18\tDiffusion behaviors of W, Mo,Co in pure iron\tTRANSACTIONS OF MATERIALS AND HEAT TREATMENT\r2006，27（1）\t5\tEI\r19\tHYDROGEN—FREE CARBURIZITION AT THE SURFACE OF TIT\rUSING NET—SHAPE DOUBLE CATHODE METHOD\tCORROSION&PROTECTION 2004，25（8）\t3\tCore Journal\r20\tTi coating on magnesium alloy by arc-added glow discharge plasma penetrating technique\tTransactions of materials and heat treatment,2004,25(5)\t5\tEI\r21\tW,Mo,Co diffusion on steel sith different carbon content\tTransactions of materials and heat treatment,2004,25(5)\t4\tEI\r22\tTitanium alloy Ti6Al4V’s Corrosion resistance behavior by double glow discharge plasma hydrogen-free carburizing process\tMulti-functional materials and structures\r2008\t1\tEI\r23\tIonsDiffractionPhenomenainHydrogen-Free\rCarburizingonTi AlloysbyDoubleGlow\tJOURNAL OF TEST AND MEASUREMENT TECHNOLOGY\t1\tEI\r24\tDiffuse Dynamics of Double Glow Plasma Hydrogen-Free Carburizing on Ti6Al4V\tVacuum Technology and Surface Engineering\r2008\t1\tISTP\r25\tThe Study on the Burn-resistant Properties of Titanium Alloy Ti6Al4V Surface by Diffusing Copper\tVacuum Technology and Surface Engineering\r2008\t2\tISTP\r26\tStudy on the Burn-resistant Properties of Titanium Alloy Ti6Al4V Surface by Diffusing Copper\tRARE METAL MATERIALS AND ENGINEERING\rOCT 2011\t1\tSCI\r27\tTribological Behavior of Magnesium Alloy by Composite Treatment\tRARE METAL MATERIALS AND ENGINEERING\r OCT 2011\t2\tSCI\r28\tResearch status of medical Ti alloys\t\t1\t\r29\tThe Ti-Al-N nano modifying on Magnesium Alloy Surface\t\t1\t\r30\t\rEffect of the peptizer on the characteristics of nanometer alumina powders\r\tRare Metal Materials and Engineering\t5\tSCI\r31\tModernsurfacetechnologybasedonthedevelopment of physics\tJournal of China University of Metrology\r2011,9\t\t\r
others

correlation
researchDirection1
等离子表面合金化
researchDirection2
材料表面改性
researchDirection3
薄膜科学
researchDirection4