Education & Working Experience：

Sep., 1995 -- Jul., 2000  Graduated from college of iron and steel metallurgy (English intensive chemistry class) of Northeast university, majoring in iron and steel metallurgy

Sep., 2000 -- May., 2003  Graduated from college of iron and steel metallurgy institute of Northeast university, majoring in iron and steel metallurgy

Jul.,2003 -- Jul., 2006  condensed matter physics, institute of high energy physics, Chinese academy of sciences, Ph. D

Jul.,2006 -- Jul.,2011  thermal engineering department, school of mechanical engineering, University of science and technology Beijing, Lecturer

Jul.,2011 -- Apr.,2011  thermal engineering department, school of mechanical engineering, University of science and technology Beijing, Associate professor,

Apr.,2016 so far  department of thermal engineering, school of energy and environmental engineering, university of science and technology Beijing, Associate professor

Postgraduate training：

Has graduated 7 domestic and foreign master students, among them, 1 graduate student has won the title of outstanding graduate of Beijing (zhang xuankai, 2017 graduate student).

Undergraduate courses：

1.《Automatic thermal detection and control》

2.《Visual Basic serial port communication and programming example》

Graduate program：

3.《Modern thermal testing technology》

Professional affiliations：

《Low temperature and special gas》Editorial Board

Representative papers and works：

Books/textbooks：

1. Zhang hui, li rongli, wang heping. by.《Visual Basic serial port communication and programming example》[M]. Beijing: chemical industry press, 2011.

2. Zhang hui, by. 《Embedded MCGS serial communication quick introduction and programming example》 [M]. Beijing: chemical industry press, 2018.

3. Liu yingshu, zhang hui, liu wenhai, li yongling. by.《Key technology of oxygen supplementation in anoxic environment》 [M]. Beijing: chemical industry press, 2010.

4. Zhang hui, wang heping, Ed. 《Oxygen technology q&a》 [M]. Beijing: chemical industry press, 2011.

Representative paper：

[1] zhang hui, wang baoyi, zhang rengang, et al. Study on crystal structure and surface properties of FeS2 thin films prepared by vulcanization [J]. Nuclear technology, 2004, 27(12) : 938-942.

[2] ZHANG Hui, WANG Bao Yi, et al. Experimental Studies on FeS2 Films Prepared on Si (100) Substrates by Synchrotron Radiation Surface X-ray Difraction Method [J]. Chinese Physics C, 2005, 29(s) : 32-36.

[3] zhang hui, Yang gaoqiang, zhang rengang, et al. Preparation of FeS2 nanowires and effects of vulcanization parameters on them [J]. Journal of inorganic materials, 2005, 20 (6) : 1337-1342.

[4] zhang hui, wang baoyi, zhang rengang, et al. Experimental study on the electronic structure of FeS2 polycrystalline films [J]. Journal of physics, 2006, 55 (5) : 2482-2487.

[5] zhang hui, zhang rengang, wan dongyun, et al. Influence of doping on the photoelectric properties of FeS2 films [J]. Journal of solar energy, 2006, 27 (5) : 423-427.

[6] zhang hui, liu yingshu, liu wenhai, et al. Effects of substrate temperature and oxygen partial pressure on the preparation of vanadium oxide films by magnetron sputtering [J]. Journal of physics, 2008, 56 (12) : 7255-7251.

[7] Hui Zhang, Yingshu Liu, Baoyi Wang, et al. XANES and XPS studies on pyrite prepared by thermally releasing iron films[J]. Chinese Physics B, 2009,18 (7) : 2733-2738.

[8] zhang hui, liu yingshu, et al. Thermogravimetric analysis is used to study the catalytic combustion process of coal powder by different additives [J]. Journal of university of science and technology Beijing, 2013,34 (5) : 818-825.

[9] zhang hui, liu yingshu, et al. Influence of additives on the variation of activation energy in pulverized coal combustion process [J]. Journal of coal, 2013,38 (3) : 461-465.

[10] zhang hui, liu yingshu, zhai hui, et al. Study on the role of cleaning steps in oxygen production by PSA and its influence rule [J]. Modern chemical industry, 2009, 29(2) : 67-69.

[11] zhang hui, liu yingshu, zhai hui, et al. Effects of air source temperature and desorption process on oxygen production by PSA [J]. Chemical industry progress, 2009, 28(4) : 574-578.

[12] zhang hui, liu yingshu, zhai hui, et al. Application and development trend of airborne oxygen source in aviation field [J]. Cryogenic engineering, 2008, 164 (4) : 61-66.

[13] zhang hui, liu yingshu, liu wenhai, et al. Research progress on the structure of pressure swing adsorption oxygen generator absorber [J]. Chemical industry progress, 2007, 26(11) : 1602-1609.

[14] zhang hui, liu yingshu, dang lulu, et al. Micro-psa low pressure differential adsorption process [J]. Progress in chemical engineering, 2009,28 (11) : 1901-1905.

[15] zhang hui, liu yingshu, liu wenhai, et al. Application status and development trend of domestic household oxygen generator [J]. Gas separation equipment, 2008, (3) : 12-16.

[16] zhang hui, liu yingshu, li yongling, et al. Application and research progress of airborne nitrogen production system in fuel tank fire prevention [J]. Low temperature and characteristic gas, 2009, 27(4) : 1-6.

[17] zhang hui, liu yingshu, dang lulu, et al. Experimental study on optimization of oxygen production parameters by dynamic equilibrium adsorption [J]. Mining and metallurgy, 2009, (3) : 48-51.

[18] zhang hui, liu yingshu, liu wenhai, et al. Study on concentration test of adsorption and capture of low concentration carbon dioxide in flue gas [J]. Low temperature and characteristic gas, 2009, 27(1) : 9-14.

[19] zhang hui, liu yingshu, zhang xinbo. Influence of cleaning process on oxygen production by psa [J]. Low temperature and special gas, 2009,27 (5) : 16-20.

[20] zhang hui, liu yingshu, li yongling, li hu, jia yanxiang, liu wenhai. Development and application of high pressure static adsorption apparatus based on capacity method [J]. Low temperature and special gas, 2010,28 (5) : 20-23.

[21] zhang hui, liu yingshu, jia yanxiang, li hu, dang lulu, wang haihong. Method for the determination of static adsorption capacity of gas phase adsorption [J]. Low temperature and special gas, 2010,28 (4) : 29-33.

[22] zhang hui, liu yingshu, dang lulu, et al. Analysis on influencing factors of oxygen measurement process by copper ammonia solution absorption method [J]. Low temperature and special gas, 2010,28 (3) : 37-40.

[23] zhang he, zhang hui, liu yingshu, et al. The CO2 absorption reaction process of MEA solution was monitored by pH method [J]. Journal of chemical industry, 2015,66 (5) : 1777-1784.

[24] zhang he, zhang hui, liu yingshu, et al. CO2 absorption path of diethanolamine solution [J]. Journal of process engineering, 2015,15 (5) : 774-780.

[25] shen hongbo, zhang hui, liu yingshu, et al. H2S removal reaction characteristics of modified Fe2O3 desulfurizer [J]. Journal of environmental engineering, 2015,9 (9) : 4458-4464.

[26] zhang hui, he guobin, lu fulu, et al. Photoelectric sensor controllable bubble soap film flowmeter based on serial port [J]. Instrument technology and sensors, 2017, (7) : 40-44.

[27] zhang hui, zhang yichen, kong jihai, et al. Circuit design and code analysis of automatic bubble soap film flowmeter [J]. Instrument technology and sensors, 2019, (3) : 63-67.

[28] guo yalou, zhang hui, liu yingshu, et al. Effect of heating rate on desorption performance of CO2 on 13X molecular sieve [J]. Journal of process engineering, 2008,18 (1) : 88-95.

[29]Guo Yalou, Zhang Hui, et al. Desorption characteristics and kinetic parameters determination of molecular sieve by thermogravimetric analysis/differential thermogravimetric analysis technique[J]. Adsorption Science and Technology, 2018, 36 (7-8) : 70-75.

[30] zhang xuankai, zhang hui, li dong, et al. Thermal measurement of trace gas-liquid reaction based on synchronous thermal tracing method [J]. Journal of engineering science, 2019,41 (3) : 368-376.

[31] zhang hui, lian Lin wen, zhou wei, et al. Development of automatic membrane opening flowmeter based on balloon type heart pulsation pressure stabilizing control fluid [J]. Automation instruments, 2019, 40(10) : 70-75.

Patents, Awards

Patents：

Authorized invention patent:

[1]Zhang hui, liu yingshu, Yang xiong, et al. A test device for combustion rate of combustible materials in artificial oxygen-enriched environment in plateau [P]. China: ZL 200910076141.0, 2011-01-05.

[2]Zhang hui, liu yingshu, liu wenhai, et al. A bidirectional combination low-pressure differential diaphragm type one-way valve for pressure swing adsorption oxygen generator [P]. China: ZL 201020272917.4, 2011-04-27.

[3]Zhang hui, zhang cuizhen, zhang sizong, et al. Device and determination method for the synchronous tracking measurement of micro-thermal change in gas-solid adsorption process [P]. China: ZL 201310163362.8, 2015-01-07

[4]Zhang hui, zhang sizong, zhang cuizheng, et al. A device and determination method for the determination of gas liquefaction reaction rate based on volumetric method [P]. China: ZL 201310120133.8, 2015-05-13.

[5]Zhang hui, zhao xiao-wang, wu yu-fan. A micro flue gas pretreatment device and test method for automatic drainage of stepped refrigeration [P]. China: ZL 201710126632.6, 2017-09-19.

[6]Zhang hui, zhang yichen, kong jihai, et al. An electronic soap membrane flowmeter for automatic bubble generation [P]. China: ZL 201710068643.3, 2018-12-25. (in Chinese)

[7]Zhang hui, kong jihai, zhu jinqi, et al. An electronic soap membrane flowmeter for automatic continuous wetting soap tube and its test method [P]. China: ZL 201710122723.2, 2019-01-01.

[8]Zhang hui, zhang xuankai, liu yingshu, et al. Device and test method for determination of solution desorption heat by internal heat synchronous thermal tracing method [P]. China: ZL 201710848079.7, 2019-08-06.

[9]Zhang hui, zhang xuankai, liu yingshu, et al. A device and test method for determination of heat absorption in solution by synchronous thermal tracing method [P]. China: ZL 201710851963.6, 2019-10-18. (in Chinese

Awards:：

[1]. 2011jb-2201-r08. Second prize of scientific and technological progress of qinghai province, key technology of oxygen supplement for life support of mineral resources development on qinghai-tibet plateau.

 [2]. Third prize of the 14th national annual meeting of special gases excellent paper award, development and application of high pressure static adsorption apparatus based on capacity method

Scientific research project：

[1]. 863 project "key technology and equipment development of separation and oxidation utilization of spent wind gas in coal mine", 2009-2011

[2]. 863 project "research on key technologies of purification and purification of biological natural gas", 2012-2015

[3]. Beijing science and technology program "key technology and industrialization of isolated self-circulating chemical oxygen emergency life-saving breathing equipment at room temperature cooling", 2014-2016

[4]. Project of national natural fund of China, "study on adsorption characteristics of low volatile compounds in porous materials -- key nucleates of PM2.5", 2015-2018

[5]. Beijing science and technology plan project "construction and application of technological innovation service platform of beijing-tianjin-hebei biogas industrial belt", 2016-2018

[6]. Beijing municipal science and technology plan project "jingzhang bio-gas efficient production and utilization technology research and development and equipment manufacturing", 2016-2018

[7]. National key research and development project "research and development and application demonstration of accommodation cabin in plateau and alpine regions", 2017-2020

[8]. National key research and development project "high temperature flue gas cycle classification purification and waste heat utilization technology and demonstration", 2017-2020

[9]. Research on key technologies of high temperature flue gas dust removal and waste heat recovery, a joint project of Beijing municipal commission of education, 2017-2017

[10]. Research on the influence of nano-particles on the adsorption of organic pollution gas by mesoporous materials, 2017-2020

[11]. Horizontal research project "research and design of oxygen generator in qinghai-tibet dc power transmission and transformation line project", 2008-2011

[12]. Horizontal research project "development and application of diffusion oxygen supply system for inclined shaft and main tunnel of the second double-line qilian mountain tunnel of lanxin railway", 2010-2011

[13]. Horizontal research project "design technology of oxygen enrichment equipment for blast furnace coal injection", 2012-2015

[14]. Horizontal research project "development of new breathing cooling device technology", 2012-2017

[15]. Horizontal research project "research and development of environmental protection and energy saving products, materials, equipment and technologies in CaO production and deep processing", 2013-2015

[16]. Horizontal research project "test of adsorption performance of alkaline micro-porous resin on thionyl fluoride", 2014-2014

[17]. Horizontal research project "investigation and analysis of oxygen-rich combustion technology of cement furnace", 2015-2018

[18]. Horizontal research project "research on carbon dioxide separation technology laboratory and engineering technology program of chemical absorption method of blast furnace gas in baosteel", 2015-2017

[19]. Horizontal research project "development of touch-screen control software for high-throughput tissue grinder", 2016-2017

[20]. Horizontal research project "signal generator touch screen control software technology development", 2016-2017

[21]. Horizontal research project "technology development of micro contactless precision temperature control electronic refrigeration cup", 2016-2017