Hu_
Hu_ (1974-), a native of Jinan, Shandong, is an associate professor in the Department of Thermal and Energy Engineering, University of Science and Technology of China.
Chinese name: Hu_
Nationality: Chinese
Ethnicity: Han
Birthplace: Jinan, Shandong
Date of birth: 1974.6
Occupation: Associate Professor, Department of Thermal Science and Energy Engineering, University of Science and Technology of China
Graduation School: Department of Thermal Science and Energy Engineering, University of Science and Technology of China
Main Achievements: President's Award for Excellence of the Chinese Academy of Sciences
Representative works: "Research on Estimation of Latent Heat of Evaporation of Mixed Refrigeration Fluid" Chen Jianxin, Chen Zeshao, Hu_.
Main courses taught: calorimetry technology and thermophysical properties determination, etc.
Research directions: thermophysical properties, refrigeration, heat and mass transfer, solar energy
Personal experience
p>
1992/9-1997/7 Undergraduate degree in the Department of Thermal Science and Energy Engineering, University of Science and Technology of China
1997/9-2002/6 Continuous Master and PhD program in the Department of Thermal Science and Energy Engineering, University of Science and Technology of China< /p>
2001/6-Present Lecturer and Associate Professor at the Department of Thermal Science and Energy Engineering, University of Science and Technology of China
2006/2-2007/2 Visiting Scholar at the National Institute of Standards and Technology (NIST)< /p>
Main research directions
Thermal physical properties, refrigeration, heat and mass transfer.
Main scientific research projects
1. Research on the enhanced heat and mass transfer mechanism of zeolite molecular sieve/aluminum foam composite adsorption materials, National Natural Science Foundation of China Youth Project, leader, 2007~2009
p>2. Research on automatic testing technology and new estimation methods of fluid thermal physical properties, National Natural Science Foundation key project, main member, 2004~2007
3. Zeolite molecular sieve composite adsorption materials to enhance heat transfer Mass transfer mechanism and optimization research, Anhui Provincial Natural Science Foundation Project, person in charge, 2005~2006
4. Research on the thermal conductivity of powder sintered moisture-containing porous materials for loop heat pipes, General Administration of the Fifth Academy of China Aerospace Science and Technology Corporation Department, person in charge, 2004~2005
5. Research on hydrogen production technology using LNG cold energy, National High Technology Research and Development Program (863 Plan) project, deputy leader of the project, 2002~2004
6. Mechanism and experimental research on the thermal physical properties calculation rules of refrigeration mixed working fluids, National Natural Science Foundation, main member, 2000~2002
7. Tobacco thermal physical properties database, State Tobacco Monopoly Administration, Main member, 2001~2002
8. Double-effect four-season heating, cooling, air-conditioning and hot water machine, Anhui Provincial Science and Technology Commission, main member, 2001~2003
Main appraisal results
p>1. Research and application of refrigeration and air-conditioning equipment testing technology, devices and standards, second prize of National Science and Technology Progress Award, ranked fifteenth, 2006
2. Four-season energy heating, cooling, air conditioning and hot water Use the machine, identify the results, Anhui Provincial Science and Technology Commission, ranked third, 2003
3. In 2002, won the President's Award of the Chinese Academy of Sciences and the Outstanding Graduate of Anhui Province, 2002
Patent
1. Method and device for using liquefied natural gas cold energy semiconductor temperature difference to generate electricity and hydrogen, invention patent, CN02138349.9, ranked third, 2002.9
2. An adsorbent/aluminum foam Composite adsorption material and its preparation method, invention patent, ranked first, 2004.2
3. High-density solar medium and high temperature thermal energy converter, invention patent, ranked second, 2004.12
4 . Energy storage heat pump hot water boiler water supply device, utility model, ranked third, 2001.7
Main course taught
1. Refrigeration and heat pump, undergraduate professional course.
2. Calorimetric technology and thermal physical property determination, postgraduate professional course.
Main papers
1.ChenZeShao,ChenJianXin,HuPeng*.Predictionofsaturatedliquidenthalpyofrefrigerantmixtures,ScienceinChinaSeriesE:TechnologicalSciences,2007,Vol.50(1):1-7
2. Chen Jianxin, Chen Zeshao, Hu _. Research on the estimation of latent heat of evaporation of mixed refrigerant fluids, Journal of Engineering Thermophysics, accepted
3. Wang Yuewu, Hu _, Chen Zeshao. MBWR equation of state of HFC-227ea, Journal of Xi'an Jiaotong University, accepted
4. Chen Jianxin, Chen Zeshao, Hu_, Wang Yuewu. Estimation of saturated liquid density of mixed refrigerants, Journal of Xi'an Jiaotong University, accepted
5. Chen Jianxin, Chen Zeshao, Hu_. Experimental and theoretical research on gas-liquid phase equilibrium of binary mixed refrigerant fluid, Journal of Engineering Thermophysics, Accepted
6. Hu_, Yaojuanjuan, Cai Beihu, Cheng Hefa, Chen Zeshao .Theoretical Analysis of Equilibrium Adsorption Refrigeration Performance of Zeolite Molecular Sieve/Aluminum Foam, Journal of University of Science and Technology of China, accepted
7.PengHu,Wan-LiangShan,FeiYu,Ze-ShaoChen.ThermalConductivityofAlN-EthanolNanofluid,Proceedingsofthe16thSymposiumonThermophysicalProperties,Boulder, CO, USA.2006.8
8. JianxinChen, ZeshaoChen, PengHu New.PR equation Combining the UNIFAC method to calculate the gas-liquid phase equilibrium of binary HFCs mixed working fluids, Journal of the University of Science and Technology of China, 2006, Vol.36, No.10:1040-1043
10. Chen Zeshao, Chen Jianxin, Hu_ , Wang Yuewu. Research on the estimation of bubble point and dew point of multi-component mixed working fluids, Journal of Engineering Thermophysics, 2006, Vol.27(Suppl.1):41-44
11. Chen Zeshao, Hu_, Chen Jianxin, Jiang Bin. A new equation for calculating the saturated vapor pressure in the critical zone of non-boiling multicomponent mixtures, Journal of Engineering Thermophysics, 2006, Vol.27(3):388-390
12. Hu_, Cai Beihu, Chen Zeshao, Cheng Hefa. Performance analysis of zeolite molecular sieve/aluminum foam composite adsorbent and its adsorption refrigeration system, Journal of Engineering Thermophysics, 2006, Vol.27(2):185-188
13.SongpingMo, PengHu*,JianfengCao,ZeshaoChen.EffectiveThermalConductivityofMoistPorousNickelSinterMaterial,InternationalJournalofThermophysics,2006,Vol.27(1):304-313
14.LeiJia,PengHu,ZeshaoChen,WeiSun.PerformanceofBi-Te-Sb-SeThermoelecticMaterialatL owTemperature,InternationalJournalofThermophysics, 2006,Vol.27(1):258-269
15.ZeshaoChen,Peng
Hu, JianxinChen, WenlongCheng.CorrespondingStatesRelationshipsofPVTPropertiesofWorkingFluids,InternationalJournalofThermophysics,2006,Vol.27(1):79-84
16.Hu_, Chen Zeshao, Chen Jianxin. PR equation combined with UNIFAC method to predict HFCs binary mixed working fluid Gas-liquid phase equilibrium, Journal of University of Science and Technology of China, 2006, Vol.36(10):1040-1043
17. Chen Zeshao, Yang Baoyu, Hu_, Chen Jianxin, Zhong Qi, Fan Hanlin, Jiang Hai, Mo Wen Jun. Transient bolometric heat flow meter, Journal of Solar Energy, 2006, Vol.27, No.8:754-758
18. Sun Wei, Hu_, Chen Zeshao, Jia Lei. Combined thermoelectric power generation and power device Recovery of LNG cold energy, Journal of Solar Energy, 2005, Vol. 26(5): 722-727
19. WeiSun, Peng Hu, Zeshao Chen, Lei Jia. Performance of Cryogenic Thermoelectric Generators in LNG Cold Energy Utilization, Energy Conversion and Management, 2005, Vol. 46: 789- 796
20. Jia Lei, Hu_, Chen Zeshao. Research on the thermal process of thermoelectric power generation and determination of the Seebeck coefficient of materials, Chinese Engineering Science, 2005, Vol.7(12):31-34
21.PengHu,Z.-Schen.SaturateddensitiesandcriticalpropertiesofHFC-227ea,FluidPhaseEquilibria,2004,Vol.221:7-13
22.Hu_, Zhao Tao, Chen Zeshao.HFC125/HCs 2 Performance analysis of refrigeration cycle with elemental mixed working fluid theory, Journal of Refrigeration, 2004, Vol.25(2):35-38
23. Jia Lei, Hu_, Chen Zeshao, Sun Wei. Semiconductor thermoelectric materials at low temperature Preliminary study on power generation performance, Journal of Solar Energy, 2004, Vol.25(4):443-446
24. Chen Zeshao, Cheng Wenlong, and Hu_, A new process of air separation device using LNG cold energy, Journal of Engineering Thermophysics, Vol.25, No.6, 913-916, 2004
25.PengHu, Ze-ShaoChen, andWen-LongCheng, GaseousPVTBehaviorof1,1,1,2,3,3,3-Heptafluoropropane , Journal of Chemical and Engineering Data, Volume 48 Issue 2, 2003, 337-340;
26.PengHu, Ze-ShaoChen, Wen-LongCheng, Prediction of vaporliquidequilibriapropertiesofseveralHFCbinaryrefrigerantmixtures, FluidPhaseEquilibria, 2003, Vol.204:75- 84
27. Hu_, Chen Zeshao, Cheng Wenlong. Development of PVT experimental system for refrigerant fluid and measurement of HFC-227ea vapor pressure, Journal of Engineering Thermophysics, 2003, Vol. 24(1): 19-21
28. Chen Zeshao, Hu_, Cheng Wenlong, General comparative state calculation formulas for saturated vapor density, enthalpy and latent heat of evaporation, Journal of Engineering Thermophysics, Vol. 24, No. 2, 2003, 198-201
29.PengHu ,Ze-ShaoChen,Wen-LongCheng.VaporPressureMeasurementsof1
,1,1,2,3,3,3-heptafluoropropanefrom233.15to375.15K,JournalofChemicalandEngineeringData,2002,Vol.47(1):20-22
30.Hu_, Chen Zeshao, Luo Dawei , Cheng Wenlong. Development of a precision low-temperature constant temperature bath for refrigerant PVT experiments, Journal of Instrumentation, 2002, Vol.23(4):414-416
31. Chen Zeshao, Hu_, Cheng Wenlong. Saturated liquid Density estimation method and general formula, Journal of Engineering Thermophysics, 2001, Vol.22, (3, Suppl.): 9-12
32. W.L.Cheng, Z.S.Chen, P.Hu, andL. Jia,ANewGeneralizedFour-ParameterCorresponding-StatesMethodforPredictingVolumetricBehaviorofWorkingFluids,InternationalJournalofThermophysics,Vol.22,No.6,November,2001,1769-1779
33. Chen Zeshao, Hu_, Cheng Wenlong, Derivation method and general formula for saturated liquid density , Journal of Engineering Thermophysics, 2001, Vol.22, No.3, Suppl., 9~12;
34. Chen Zeshao, Cheng Wenlong, Hu_, Comparative transformation of thermal parameters and thermal properties of fluid working fluids General comparative equation of , Journal of Engineering Thermophysics, 2001, Vol.22, No.2, 148-150
36. Hu_, Cheng Wenlong, Chen Zeshao, Wang Jinchang, etc. Heat transfer research on crystal growth furnace under microgravity conditions, Fifth The 1st Space Thermophysics Conference, Beijing, 2000
Personal Honors
1. University of Science and Technology of China Outstanding Young Faculty Allowance, 2007
2. Refrigeration and air-conditioning equipment Research and application of testing technology, devices and standards, second prize of National Science and Technology Progress Award, ranking 15/30, 2006
3. Four-season energy heating, cooling, air-conditioning and hot water three-purpose machine, identification results, Anhui Provincial Science and Technology Committee, ranked 3/5, 2003
4. President’s Excellence Award of the Chinese Academy of Sciences, 2002
5. Outstanding Graduates of Anhui Province, 2002