馬重芳，男，漢族，1940年生，寧波市人，教授，博士生導師，國家太陽能熱利用技術創新產業聯盟專家委員會副主任，傳熱強化與過程節能教育部重點實驗室學術委員會副主任，傳熱與能源利用北京市重點實驗室學術委員會副主任，《工程熱物理學報》副主編。曾任北京工業大學環境與能源工程學院院長，傳熱與能源利用北京市重點實驗室主任，北京工業大學傳熱強化與過程節能教育部重點實驗室主任，中國工程熱物理學會副理事長，第三屆973咨詢專家組成員。
1964年畢業于中國科學技術大學，1967年中國科學院力學研究所研究生畢業。1981年至1984年師從國際著名強化傳熱權威Bergles教授從事強化傳熱基礎研究；并先后在美國卡內基梅隆大學、楊百翰大學擔任訪問學者、教授；在波蘭華沙工業大學、俄國科學院工程熱物理研究所、日本九州大學、上智大學擔任客座教授，總計在海外工作長達六年之久。還先后在二十余所國外大學做學術報告。
主要研究方向包括低溫熱源高效熱功轉換、太陽能熱發電、單螺桿壓縮機/膨脹機技術、建筑節能、熱泵技術、熔鹽傳熱與蓄熱、沸騰傳熱與射流沖擊傳熱、電子系統冷卻技術、內燃機傳熱、燃料電池、抗垢技術等。獲“973”項目、“863”項目、國家自然科學基金項目、北京市自然科學基金項目、國家部委、北京市科委及國家重點項目多項。作為第二完成人完成的“氣控熱管國家高精度溫度源”獲國家科學技術進步獎二等獎，此外獲各類科技獎勵6項；已出版專著四部，譯著十部，發表英文學術論文237篇，其中被SCI收錄132篇。現擔任Journal of Enhanced Heat Transfer；International Journal of Low Carbon Technologies；Frontiers of Energy and Power Engineering in China英文期刊編委。擁有授權發明專利36項（美國2項，中國34項）。1995年在著名的《傳熱學進展》（英文）中撰寫了“單相射流沖擊傳熱”一章，成為中國大陸唯一在該權威著作中撰文的傳熱學工作者。主持編寫《工程熱物理學科發展報告—傳熱傳質學科分報告2007-2008、 2009-2010》，執筆編寫《十二五戰略性新興產業——節能產業發展重點咨詢研究》報告，在《2002中國科學院高技術發展報告》撰寫了《中國能源消費的環境效應評述》。2003年參加編寫了《綠色奧運建筑評估體系》。國家標準《空調通風系統清洗規范》GB19210-2003；《容積式空氣壓縮機能效限定值與能效等級》GB19153-2009和《一般用噴油單螺桿空氣壓縮機》GB/T 26967-2011的主要起草人 2002在《2002中國科學院高技術發展報告》撰寫了《中國能源消費的環境效應評述》。
自從2000年以來，馬教授及其團隊集中精力開展單螺桿壓縮膨脹以及熔融鹽傳熱蓄熱的研究和開發，不但發表了大量的學術論文，也實現了科技創新的工程應用和產業化。2011年，世界第一臺單螺桿膨脹機在北京工業大學研制成功。2016年世界第一個大規模熔融鹽蓄熱供暖示范工程在中國河北辛集市成功投入應用。這些能源領域高科技創新及其產業化，不但引起了國內外學術界的高度重視，也為中國能源產業的發展和霧霾問題的解決提供了新的技術方案。
Ma Chongfang
Prof. Ma Chongfang, male, born in 1940 in Ningbo city, Zhejiang province. He is now vice director of the Expert Committee of the National Innovation Association of Solar Energy Thermal Application, vice director of the Academic Committee of the Key Laboratory of Enhanced Heat Transfer and Energy Conservation, Ministry of Education,vice director of the Academic Committee ofthe Key Laboratory of Heat Transfer and Energy Conversion, Beijing Municipality, and deputy chief editor of the Journal of Engineering Thermophysics. He was formerly president of the College of Environmental and Energy Engineering, Beijing University of Technolog, director of the Key Laboratory of Enhanced Heat Transfer and Energy Conservation, Ministry of Education and director of the Key Laboratory of Heat Transfer and Energy Conversion, Beijing Municipality, vice president of the Chinese Society of Engineering Thermophysics, and member of the 3rd Consultant Expert Team of the 973 Program.
He graduated from Chinese University of Science and Technology in 1964 and graduated from the Graduate School of the Chinese Academy of Sciences in 1967. From 1981 to 1984 he was engaged in fundamental studies on enhanced heat transfer under the internationally well-known Prof. Bergles, and worked since as visiting scholar or professor in Carnegie Mellon University and Brigham Young University. He also worked as visiting Professor in Warsaw University of Technology (Poland), the Institute of Thermophysics of the Russian Academy, Kyushu University (Japan), Sophia University (Japan), lasting 6 years. He has also been invited to give lectures or present academic reports at many universities over twenty odd overseas countries.
His research efforts focus mainly on efficient heat-work conversion of low temperature heat sources, concentrated solar power generation, single screw compressor/expander technology, building energy conservation, heat pump technology, molten salts heat transfer and heat storage, boiling heat transfer and jet impact heat transfer, cooling technique for electronic systems, heat transfer in diesel engines, fuel cells, anit-fouling technology etc. He has been granted many key projects and projects from 973 Program, 863 Program, National Natural Science Foundation, Beijing Natural Science Foundation, as well as from Beijing Municipal Commission of Science and Technology and various ministries and different provinces. In addition to six other awards in science and technology he has won, the project of “National high precision temperature source using air-controlled heat pipe” (in which he ranked the second) won the second prize of the National Scientific Achievement Award. He has published 4 monographs and translated 10 books. He has delivered 237 academic papers in English, among which 132 papers were cited in SCI. He was also member of the editor boards of many English academic journals, such as the Journal of Enhanced Heat Transfer, International Journal of Low Carbon Technologies, Frontiers of Energy and Power Engineering in China. He has entitled to 36 patents of invention (2 in US, 34 in China). In 1995, he wrote the chapter “Uniphase Jet Impact Heat Transfer” for the famous journal of “Advances in Heat Transfer”, and thus became the unique author of the journal in mainland China. He was in charge of compiling “The Report on the Development of Thermophysics— the Part on the Mass Transfer and Heat Transfer, 2007-2008, 2009-2010”, he wrote “Key consultant research report on the development of the strategic emerging industry in the 12th five-year plan period — the energy conservation industry”. In 2002 he wrote “Review on the environmental impacts of China energy consumption”, which was part of “High Technology Development in 2002, Report by the Chinese Academy of Sciences. In 2003, he participated in compiling “The assessment system of the Green Olympic”. He was also a main drafter of some national standards: “Cleaning standard of air-conditioning and ventilation system, GB19210-2003”, “Energy efficiency limits and energy efficiency level for positive displacement compressors, GB19153-2009” and “The oil-cooling single screw air compressors for general use, GB/T26967-2011”.
Since the beginning of new century, Prof. Ma and his team have concentrated their efforts on the single screw compression/expansion and molten salt heat transfer and storage, resulting not only in publication of series of papers in academic journals but also in the engineering application and commercialization of these high technologies. In 2011 the first single screw expander in the world was produced at Beijing University of Technology. In 2016 the first in the world large scale demonstration project of centralized building heating by molten salt heat storage was put into practice in Xinji City, Hebei Province. Both the advancements not only attract wide interests among domestic and overseas academic circles but also provide new direction for the development of energy industry and promising solution for the problem of smog in China.
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