Hu _( 1974-), born in Jinan, Shandong Province, is an associate professor in the Department of Thermal Energy and Energy Engineering, China University of Science and Technology.

Chinese name: Hu

Nationality: China.

Ethnic group: Han nationality

Place of birth: Jinan, Shandong Province

Date of birth: 1974.6

Occupation: Associate Professor, Department of Thermal Energy and Energy Engineering, China University of Science and Technology.

Graduate school: Department of Thermal Energy Science and Energy Engineering, China University of Science and Technology.

Main achievements: China Academy of Sciences President Excellence Award.

Masterpieces: Calculation of latent heat of evaporation of mixed refrigerant, Chen Zeshao, Hu _.

Lectures: calorimetry technology and determination of thermophysical properties.

Research interests: thermophysical properties, refrigeration, heat and mass transfer, solar energy

Personal experience

1992/9- 1997/7 undergraduate, department of thermal energy science and energy engineering, China university of science and technology.

1997/9-2002/6 Department of Thermal Energy Science and Energy Engineering, China University of Science and Technology.

200 1/6- Lecturer and Associate Professor, Department of Thermal Energy Science and Energy Engineering, China University of Science and Technology.

February 2006-February 2007 Visiting Scholar of NIST National Institute of Standards and Technology

Main research direction

Thermophysical properties, refrigeration, heat and mass transfer.

Major scientific research projects

1. study on heat and mass transfer enhancement mechanism of zeolite molecular sieve/aluminum foam composite adsorbent, national natural science foundation youth project, 2007~2009.

2. Research on automatic testing technology and new calculation method of fluid thermophysical properties, key project of National Natural Science Foundation, main member, 2004~2007.

3. Study on heat and mass transfer enhancement mechanism and optimization of zeolite molecular sieve composite adsorbent, project of Anhui Natural Science Foundation, person in charge, 2005~2006.

4. Study on thermal conductivity of powder sintered wet porous materials for loop heat pipes, general manager of the Fifth Academy of China Aerospace Science and Technology Corporation, 2004~2005.

5. research on hydrogen production technology by using LNG cold energy, national high-tech research and development plan (863 plan) project, deputy director of the project, 2002~2004.

6. Mechanism and experimental study on calculation law of thermophysical properties of refrigeration mixture, National Natural Science Foundation, main member, 2000~2002.

7. Tobacco Thermophysical Database, State Tobacco Monopoly Bureau, main member, 200 1~2002.

8. Double-effect four-season air-conditioning water heater, Anhui Science and Technology Commission, main member, 200 1~2003.

Main evaluation results

1. Research and Application of Testing Techniques, Devices and Standards for Refrigeration and Air Conditioning Equipment, second prize of National Science and Technology Progress Award, ranked 15 in 2006.

2. Three-purpose air-conditioning water heater for four seasons, appraisal result, Anhui Science and Technology Commission, ranked third, 2003.

3. In 2002, he was awarded the Dean Award of China Academy of Sciences, and in 2002, he was awarded the Excellent Graduate of Anhui Province.

patent

1. Method and device for producing hydrogen by using liquefied natural gas cold energy semiconductor temperature difference power generation, invention patent, CN02 138349.9, ranked third, September 2002.

2. An adsorbent/aluminum foam composite adsorbent material and its preparation method, invention patent, ranking first, February 2004.

3. High-density solar medium-high temperature heat energy converter, invention patent, ranked second, 2004.438+02.

4. Water supply device of energy storage heat pump hot water boiler, utility model, ranked third, 200 1.7.

lecture course

1. Refrigeration and heat pump, undergraduate specialized course.

2. Calorimetric technology and determination of thermophysical properties, specialized courses for graduate students.

Main thesis

1. Chen Zeshao, Chen Jianxin, Hu Peng. Prediction of saturated liquid hydrocarbon mixture, Science China: Technology Science, 2007, Volume 50 (1): 1-7.

2. Chen Zeshao and Hu _. Calculation of latent heat of evaporation of mixed refrigerants, Journal of Engineering Thermophysics, received.

3. Wang, Hu _, Chen Zeshao. MBWR equation of state for HFC-227ea, Journal of Xi Jiaotong University, received.

4. Chen Zeshao, Hu _, Wang. Calculation of saturated liquid density of mixed refrigerants, Journal of Xi Jiaotong University, accepted.

5. Chen Zeshao and Hu. Experimental and theoretical study on vapor-liquid equilibrium of binary mixed refrigerants, Journal of Engineering Thermophysics, received.

6. Hu _, Yao, Cai Beihu, Cheng Fa, Chen Zeshao. Theoretical analysis of refrigeration performance of zeolite molecular sieve/aluminum foam by equilibrium adsorption, Journal of University of Science and Technology of China, received.

7. Penghu, Wan-Liangshan, Feiyu and Ze-Shao Chen. Thermal conductivity of aluminum-ethanol nanofluids, boulder, Colorado, USA16th symposium on thermophysical properties process, August 2006.

8. Chen Jianxin, Zeshaochen, Penghu *. Study on16 Thymopositiontophysicalproperties in Boulder, Colorado, USA

9. Hu, Chen Zeshao, Calculation of vapor-liquid equilibrium of binary HFCs mixture by PR equation combined with UNIFAC method, Journal of University of Science and Technology of China, 2006, vol. 36,No. 10: 1040- 1043.

10. Chen Zeshao,, Hu _, Wang. Study on Calculation of Bubble Point and Dew Point of Multi-component Mixed Working Fluids, Journal of Engineering Thermophysics, 2006, Volume 27 (Supplement 1): 4 1-44.

1 1. Chen Zeshao, Hu,,. A new equation for calculating the saturated vapor pressure in the critical region of non-boiling multicomponent mixtures, Journal of Engineering Thermophysics, 2006, Volume 27 (3):388-390.

12. Hu _, Cai Beihu, Chen Zeshao, Cheng Fa. Performance analysis of zeolite molecular sieve/aluminum foam composite adsorbent and its adsorption refrigeration system, Journal of Engineering Thermophysics, 2006, Volume 27 (2): 185- 188.

13. Song Pingmo, Penghu *, Cao Jianfeng, Ze Shaochen. Porous nickel materials with effective thermal conductivity, International Journal of Thermophysics, 2006, Volume 27 (1):304-3 13.

14. Lei Jia, Penghu, Ze Shaochen, Sun Wei. Performance of Bi-Te-Sb-Sethermocelectrical material at low temperature, International Journal of Heat, 2006, Vol. 27 (1):258-269.

15. Ze Shaochen, Penghu, Chen Jianxin, Wenlong City. Related Properties of Working Fluids, International Journal of Thermology, 2006, Volume 27 (1):79-84.

16. Hu, Chen Zeshao, Calculation of gas-liquid equilibrium of HFCs binary mixture by PR equation combined with UNIFAC method, Journal of University of Science and Technology of China, 2006, Volume 36 (10):1040-1043.

17. Chen Zeshao, Hu _, Zhong Qi, Fan Hanlin, Mo Wenjun. Transient radiation heat flux meter, Journal of Solar Energy, 2006, Volume 27, No.8: 754-758.

18., Hu _, Chen Zeshao, Combined recovery of LNG cold energy by thermoelectric power generation and power plant, Journal of Solar Energy, 2005, Volume 26 (5):722-727.

19. Sun Wei, Penghu, Ze Shaochen, Lei Jia. Performance of Cold-Heat-Power Generator, Volume 46, 2005: 789-796

20. Hu _, Chen Zeshao. Study on thermal process of thermoelectric power generation and determination of Zeebek coefficient of materials, China Engineering Science, 2005, Vol.7 (12): 3 1-34.

2 1. penghu, z-SChen. Saturation density and critical properties of HFC-227ea, fluid phase equilibrium, 2004, Volume 2265438.

22. Hu _, Zhao Tao, Chen Zeshao. Performance analysis of HFC 125/HCs binary mixture theory refrigeration cycle, Journal of Refrigeration, 2004, Volume 25 (2):35-38.

23. Hu _, Chen Zeshao,. Preliminary study on low-temperature power generation performance of semiconductor thermoelectric materials, Journal of Solar Energy, 2004, Volume 25 (4):443-446.

24. Chen Zeshao, Cheng, Hu _, New Technology of Air Separation Unit Using LNG Cold Energy, Journal of Engineering Thermophysics, Vol.25, No.6, 9 13-9 16, 2004.

25. Gaseous suspension behavior of heptafluoropropane in Penghu, Ze, Wenlongcheng, Chemical and Chemical Data, Vol. 48, 2003, 337-340;

26. Peng Hu, Ze, Wen Longcheng, Prediction of Vapor-Liquid Equilibrium Properties of Several Binary Refrigerant Mixtures, Fluid Phase Equilibrium, 2003, Volume 204: 75-84.

27. Hu _, Chen Zeshao, Cheng. Development of PVT experimental system and measurement of HFC-227ea vapor pressure, Journal of Engineering Thermophysics, 2003, Volume 24 (1): 19-2 1.

28. Chen Zeshao, Hu _, Cheng, General Comparative Calculation Formula of Saturated Steam Density, Enthalpy and Evaporation Latent Heat, Journal of Engineering Thermophysics, Vol.24, No.2, 2003, 198-20 1.

29. Penghu, Ze-Shao Chen and Wenlong City. Vapor pressure measurement of heptafluoropropane from 233. 15 to 375. 15K, Data of Chemical Engineering, 2002, Volume 47 (1):20-22.

30. Hu _, Chen Zeshao, Cheng. Development of precision low-temperature incubator for PVT experiment, Journal of China Scientific Instruments, 2002, Vol.23 (4): 41416.

3 1. Chen Zeshao, Hu _, Cheng. Derivation algorithm and general formula of saturated liquid density, Journal of Engineering Thermophysics, 200 1, Volume 22, (3, supplement): 9- 12.

32. Zheng Weilin, Chen Zhisheng, Hu Peiling, and L. Jia, Anew Generalized Four-Parameter Communication-States Method for Predicting Volumetric Violence Working Fluids, International Journal of Thermophysics, Vol.22, No.6, 2006 1 1 month, 5438+0,1769-/kloc-0.

33. Chen Zeshao, Hu _, Cheng, Derivation and General Formula of Saturated Liquid Density, Journal of Engineering Thermophysics, 200 1, Volume 22, No.3 Supplement, 9 ~12;

34. Chen Zeshao, Cheng, Hu _, Comparative transformation of thermodynamic parameters and general comparative equation of thermodynamic properties of fluid working fluids, Journal of Engineering Thermophysics, 200 1, Vol. 22,No. 1,19 ~ 21;

35. Cheng, Chen Zeshao, Hu _, Recycling of LNG cold energy in power stations, Journal of Engineering Thermophysics, 200 1, Vol.22, No.2, 148- 150.

36. Hu, Cheng, Chen Zeshao, et al. Study on heat transfer of crystal growth furnace under microgravity conditions, the fifth symposium on space thermophysics, 2000.

Personal glory

1. Grant for Outstanding Young Teachers of University of Science and Technology of China, 2007

2. Research and application of testing technology, devices and standards for refrigeration and air conditioning equipment, second prize of national scientific and technological progress, ranking 15/30, 2006.

3. Four-season dual-purpose air conditioning water heater, appraisal result, Anhui Science and Technology Commission, March 5, 2003.

4.2002 China Academy of Sciences President Award for Excellence.

5.2002 Excellent Graduates of Anhui Province