百晓学者学者目录

马国远

北京工业大学环境与能源工程学院

个人简介

马国远,北京工业大学环境与能源工程学院教授,研究方向为工业通用技术及设备、机械工业、新能源。长期从事CO₂空气源热泵、直膨式太阳能空气源热泵、数据中心自由冷却、制冷空调环保节能技术、废热回收热泵、涡旋压缩机及制冷量测量不确定度等方向的研究。

精选作品

期刊论文

  1. 周峰,田旭文,陈鸣飞,彭妍妍,姚克文,马国远(2026). 数据中心冷热一体化综合系统全年能碳特性及效率评价分析. 《制冷学报》.
  2. 周峰,姚克文,张学斌,陈鸣飞,马国远(2026). 变IT负载下数据中心冷热复合系统全年动态能耗分析. 《制冷与空调》.
  3. 王琨,王璐,许树学,马国远(2026). 双缸压缩机空气源热泵热水器的实验研究. 《制冷与空调(四川)》.
  4. 王璐,许树学,王琨,马国远(2026). 基于双吸气活塞压缩机的深冷制冷系统模拟研究. 《家电科技》.DOI
  5. 马国远,孙尚瑜,崔田田,聂俊瑞,许树学(2026). 制冷空调用换热器技术研究进展. 《制冷与空调》.DOI
  6. Shi-Quan Wang, Wen-Zhe Wei, Shanshan Yuan, Wei Wang, Su Yan, Guoyuan Ma, Zhao-Yang Li, Shiming Deng (2026). Effects of refrigerant charge on dynamic frosting performance of air-source heat pumps. Applied Thermal Engineering.DOI
  7. Yu Tian, Guoyuan Ma, Ming He (2026). Optimization research on multi-mode collaborative air cycle refrigeration system. Renewable Energy.DOI
  8. Feng Zhou, Weiwei Li, Wenlong Gu, Guoyuan Ma (2026). Research on improvement and optimization of the branch vein flow channel of bionic Victoria Amazonica liquid cooling plate. Applied Thermal Engineering.DOI
  9. Yu Tian (367745), Guoyuan Ma (2026). Performance evaluation of air cycle refrigeration systems as a household air conditioner under different configurations. Energy and Buildings.DOI
  10. Feng Zhou, Wenlong Li, Xuwen Tian, Xiaohui Wu, Shengyun Huang, Yu Song, Guoyuan Ma (2026). Multi-climate energy and environmental feasibility analysis of an integrated heat pump system coupled free cooling and waste heat recovery for multi-scale data centers. Case Studies in Thermal Engineering.DOI
  11. Yu Tian, Guoyuan Ma, Lei Wang, Weilai Rong (2026). Development and experimental investigation of a loss model for liquid ring pumps based on hydrodynamic analysis. International Communications in Heat and Mass Transfer.DOI
  12. Feng Zhou, Wenlong Gu, Wenlong Li, Guoyuan Ma (2026). Heat transfer and flow characteristics of bionic Victoria Amazonica liquid cooling plate for thermal management of chips in data centers. International Communications in Heat and Mass Transfer.DOI
  13. Shangyu SUN, Shuxue Xu, Guoyuan Ma, Weilai Rong, Yumei Zhang (2026). Numerical and experimental study of the thermal properties of thermal storage heat pipe radiator. Thermal Science and Engineering Progress.DOI
  14. Feng Zhou, Wenlong Gu, Guoyuan Ma (2026). Microchannel heat sinks for cold plate liquid cooling in data centers: Advances, evaluations and prospects. Renewable and Sustainable Energy Reviews.DOI
  15. Yuexuan Gong, Guoyuan Ma, Chaoshuai Li, Junrui Nie, Lei Wang (2026). Field performance evaluation of gas-fired boiler flue gas waste heat recovery heat pump system. Applied Thermal Engineering.DOI
  16. Rong Weilai, Ma Guoyuan, Sun Shangyu, Shuxue Xu, Li Xiang (2026). Performance analysis of two-stage compressed air refrigeration systems under different operating modes. Applied Thermal Engineering.DOI
  17. 马国远,孙尚瑜,许树学,荣维来(2025). 室内自然对流散热的直膨式空气源热泵研究进展. 《流体机械》.
  18. 周峰,王芮敏,马国远,晏祥慧(2025). 我国数据中心碳中和路径情景分析. 《制冷学报》.
  19. 刘雪,马国远,荣维来(2025). 压缩空气多级膨胀制冷系统的最优工作状态分析. 《制冷与空调(四川)》.
  20. 张玉梅,马国远,王磊(2025). CO2水合物蓄冷空调系统的热力学分析. 《北京工业大学学报》.
  21. 刘雪,荣维来,马国远(2025). 压缩空气储能的技术研究与应用分析综述. 《家电科技》.DOI
  22. 李思凡,许树学,吴俊峰,赵谱,马国远(2025). 制冷剂自然对流空气源热泵的性能测试方法与标准制定建议. 《制冷与空调》.DOI
  23. 李朝帅,马国远,宫悦轩(2025). 用于供暖系统的数据中心余热回收利用技术. 《制冷与空调》.DOI
  24. Feng Zhou, Fan Meng, Chao Wang, Xiaoya Jia, Haodong Cao, Guoyuan Ma (2025). Demand response flexibility optimization and cooling load energy consumption characteristics of direct current air conditioners. Journal of Building Engineering.DOI
  25. Tiantian Cui, Guoyuan Ma, Lei Wang (2025). Research progress of CO2 air source heat pump system for heating. Renewable Energy.DOI
  26. Yu Tian, Guoyuan Ma (2025). Coupled design and optimization of the turboexpander-compressor for full-range high efficiency in reverse brayton cycles. International Journal of Refrigeration.DOI
  27. Shengli Hao, Kai Han, Guoyuan Ma, Yongzhen Wang, Jianhui Niu, Shuxue Xu (2025). Experimental study on a novel integrated thermal management system for electric vehicles utilizing a dual-suction compressor. Energy.DOI
  28. Shangyu Sun, Shuxue Xu, Weilai Rong, Guoyuan Ma, Yumei Zhang (2025). Experimental study of a system coupling thermal storage heat pipe radiators with air-source heat pump. Applied Thermal Engineering.DOI
  29. Weilai Rong, Guoyuan Ma, Shangyu SUN, Shuxue Xu, Yu Tian, Guoxin Yu (2025). Simulation study on two-stage compressed air cycle refrigeration system with blower. Renewable Energy.DOI
  30. Yuexuan Gong, Guoyuan Ma, Lei Wang, Yuepeng Jiang, Junrui Nie, Xiang Li (2025). Performance study of ultra-low temperature district heating system based on mechanical subcooling heat pump. International Communications in Heat and Mass Transfer.DOI
  31. Chenzhe Hang, Shangyu Sun, Haiyun Zhang, Weilai Rong, Shuxue Xu, Guoyuan Ma (2025). Experimental study on portable cold storage box with phase change material packages. Thermal Science.DOI
  32. Yumei Zhang, Guoyuan Ma, Lei Wang, Tiantian Cui, Junrui Nie (2025). Experimental investigation into the performance of a water-source carbon dioxide heat pump system integrated with hydrate energy storage. Energy Conversion and Management.DOI
  33. Feng Zhou, Xuwen Tian, Yu Qiu Song, Guoyuan Ma (2025). Dynamic performance of an integrated heat pump system coupled free cooling and waste heat recovery in data centers. Energy.DOI
  34. Xiang Li, Guoyuan Ma, Tianyu Lu, Lei Gao, Weilai Rong, Yuexuan Gong, Shuxue Xu (2025). Experimental study on defrosting multi outdoor units in turn for air source heat pump using hot gas. International Journal of Refrigeration.DOI
  35. Lei Gao, Shuxue Xu, Guoxin Yu, Guoyuan Ma, Yunxue Chang, Siru Li (2025). Application study of direct current refrigerator combining phase-change cold storage and mini-electrical storage. Energy.DOI
  36. Yuexuan Gong, Guoyuan Ma, Yu Song, Lei Wang, Lei Wang, Junrui Nie, Lu Wang, Lu Wang (2025). Performance study of ultra-low temperature district heating system based on double-loop booster heat pump control strategy. Applied Thermal Engineering.DOI
  37. Weilai Rong, Guoyuan Ma, Cong Han, Shangyu SUN, Shuxue Xu, Yu Tian, Guoxin Yu (2025). Experimental study on air-compression refrigeration system applied to year-round cooling in data centers. Applied Thermal Engineering.DOI
  38. Shuxue Xu, Gou Qianqian, Ma Guoyuan, Jianhui Niu (2025). Research on operating characteristics of air source heat pump water heater based on dual cylinder compressor. Energy.DOI
  39. Rong Weilai, Ma Guoyuan, Shangyu SUN, Shuxue Xu, Nie Junrui (2025). Performance Simulation Study of Air Compression System Applied to Residential Air Conditioning. Environmental science and engineering.DOI
  40. Xuechang Zhou, Kewen Yao, Guoyuan Ma (2025). Entrainment and flow performance study of a novel shark-gill bionic ejector for a PEMFC hydrogen supply system. Renewable Energy.DOI
  41. 许树学,王家正,勾倩倩,赵谱,卢天宇,马国远(2024). 家用空气源热泵热水器微通道冷凝器仿真研究. 《北京工业大学学报》.
  42. 勾倩倩,许树学,朱万朋,王家正,孙尚瑜,马国远(2024). 采用电子膨胀阀和毛细管的空气源热泵热水器性能对比实验研究. 《暖通空调》.
  43. 吴国强,马国远,许树学,刘帅领,高磊(2024). R290整体式新风空调器制冷工况下泄漏安全的模拟与实验研究. 《北京工业大学学报》.
  44. 周峰,王芮敏,马国远,晏祥慧(2024). 高热流液冷服务器相变工质的研究及应用进展. 《制冷学报》.
  45. 周峰,宋宇,马国远,晏祥慧(2024). 面向小型数据中心余热供暖的水源热泵系统负荷特性分析. 《制冷学报》.
  46. 牛建会,梁征,刘福生,马国远,冯连元(2024). 空气源热泵多台室外机并联轮换除霜实验研究. 《制冷学报》.
  47. 卢天宇,马国远,李想,许树学(2024). 履约基加利修正案的家用空调制冷剂替代方案解析. 《制冷学报》.
  48. 张凯强,马国远(2024). R290水循环式空调系统性能优化分析. 《家电科技》.
  49. 孙尚瑜,许树学,曹瑞林,荣维来,勾倩倩,马国远(2024). 家用空气源热泵蓄热式热管散热器的自然对流传热特性. 《制冷学报》.
  50. 边雅丽,马国远,曹瑞林,杜锟,许树学(2024). 基于霜层测量的空气源热泵除霜技术研究进展. 《制冷与空调(四川)》.
  51. 田雨,马国远,刘帅领,许树学,周峰(2024). 涡轮压缩膨胀机的设计与性能分析. 《制冷学报》.
  52. 周峰,谷文龙,马国远,晏祥慧(2024). 数据中心冷却系统研究及应用进展. 《制冷与空调》.
  53. 吕亚亚,马国远,许树学,周峰,李准,王硕(2024). 气泵和压缩机热回收系统的实测性能比较. 《暖通空调》.
  54. 吕亚亚,马国远,王磊(2024). CO2跨临界制冷系统新型分布式压缩循环研究. 《制冷学报》.
  55. Junrui Nie, Guoyuan Ma, Lei Wang (2024). Optimal Intermediate Pressure Investigation in a CO₂ Transcritical Distributed Compression Refrigeration Cycle. International Journal of Refrigeration.DOI
  56. Yumei Zhang, Guoyuan Ma, Lei Wang, Junrui Nie, Tiantian Cui (2024). Energy and economic analysis of CO2 hydrate cold energy storage applications in transcritical CO2 refrigeration systems. Journal of Energy Storage.DOI
  57. Feng Zhou, Ruimin Wang, Guoyuan Ma (2024). Carbon emission scenario analysis of data centers in China under the carbon neutrality target. International Journal of Refrigeration.DOI
  58. Yuexuan Gong, Guoyuan Ma, Shuxue Xu, Lei Wang (2024). Experimental study on heat pump system with wire-and-tube heat exchange terminal. Thermal Science and Engineering Progress.DOI
  59. Feng Zhou, Wenlong Gu, Guoyuan Ma (2024). Analysis of refrigerant/lubricant distribution and operating characteristics of a rotary booster for data center free cooling. Applied Thermal Engineering.DOI
  60. Xiang Li, Guoyuan Ma, Lei Wang, Shuxue Xu, Lei Gao, Junfeng Wu (2024). Performance analysis of a fresh air and indoor air co-treatment parallel-loop exhaust air heat pump for buildings. Journal of Building Engineering.DOI
  61. Feng Zhou, Wenlong Gu, Guoyuan Ma (2024). Advancements in data center cooling systems: From refrigeration to high performance cooling. Energy and Buildings.DOI
  62. Shuailing Liu, Guoyuan Ma, Yuepeng Jiang, Xiangdong D. Li, Shuxue Xu, Junfeng Wu (2024). Performance evaluation and optimization of a novel heat pump clothes dryer with ESD-compressor. International Communications in Heat and Mass Transfer.DOI
  63. Yu Tian, Guoyuan Ma, Lei Wang, Weilai Rong, Junfeng Wu (2024). A design method of turboexpander-compressors based on multi-objective optimization applied to reverse brayton cycle. Applied Thermal Engineering.DOI
  64. Shuxue Xu, Jianhui Niu, Guoyuan Ma, Junfeng Wu (2024). Research on working characteristics of composite two-stage ventilation heat recovery system with heat pipe and heat pump. Energy.DOI
  65. Weilai Rong, Guoyuan Ma, Cong Han, Shuxue Xu, Shangyu SUN, Guoxin Yu (2024). Performance analysis of an air compression refrigeration system for data center cooling. Thermal Science.DOI
  66. Shuailing Liu, Ma Guoyuan, Xiang Li, Shuxue Xu (2024). Experimental investigation and application potential analysis of vapor compression refrigeration integrated mechanically-driven loop heat pipe for data centers cooling. Applied Thermal Engineering.DOI
  67. Tiantian Cui, Guoyuan Ma, Lei Wang (2024). A study of pump-driven heat pipe loop and heat pump loop under the same heat transfer environment based on entransy theory. Thermal Science and Engineering Progress.DOI
  68. Rong Zhuang, Feng Zhou, Xuwen Tian, Buqing Xu, Shaocong Li, Guoyuan Ma (2023). Performance Study of Booster-Driven Hybrid Cooling Units for Free Cooling in Data Centers. Sustainability, Vol. 15, No. 19.DOI
  69. 孙尚瑜,许树学,刘海波,勾倩倩,马国远,荣维来(2023). 新型材料在制冷空调中应用的研究进展. 《制冷与空调(四川)》.
  70. 勾倩倩,许树学,刘海波,孙尚瑜,王家正,马国远(2023). 制冷空调设备控制方法的研究进展. 《制冷与空调》.
  71. 马国远,荣维来,刘帅领,许树学(2023). 空气制冷技术及应用研究进展. 《2022年双碳背景下中国制冷技术研究及应用进展论坛》.DOI
  72. 周峰,徐步青,薛连政,马国远,晏祥慧(2023). 数据中心气泵驱动复合冷却机组工作特性. 《西安工程大学学报》.
  73. 刘帅领,马国远,许树学,贾潇雅,宋文博(2023). 换气热回收用泵驱动热管系统工作特性模拟. 《北京工业大学学报》.
  74. 魏晨希,马国远,许树学,张海云(2023). 带双吸气口的往复活塞压缩机制冷系统性能模拟研究. 《制冷》.
  75. 郑波,宋宇,徐步青,王芮敏,周峰,马国远(2023). 自然冷却专用小型气泵间隙泄漏特性分析. 《家电科技》.
  76. 李东哲,周峰,马国远,赵雅倩,晏祥慧(2023). 水蒸气喷射制冷系统中蒸汽喷射器性能研究. 《制冷与空调(四川)》.
  77. 吴国强,马国远,许树学(2023). R290变频热泵空调器性能的实验研究. 《北京工业大学学报》.
  78. Lei Wang, Yumei Zhang, Guoyuan Ma (2023). Theoretical investigation of a novel distributed compression cycle for CO2 trans-critical system. Energy and Buildings.DOI
  79. Shuailing Liu, Guoyuan Ma, Yaya Lv, Shuxue Xu (2023). Review on heat pump energy recovery technologies and their integrated systems for building ventilation. Building and Environment.DOI
  80. Feng Zhou, Yu Qiu Song, Guoyuan Ma (2023). Load characteristics analysis of the water source heat pump heating system using data center waste heat. Energy Conversion and Management.DOI
  81. Feng Zhou, Dongzhe Li, Rong Chen, Guoyuan Ma (2023). Thermodynamic performance analysis of air-to-air hybrid heat recovery unit driven by pump combined with booster. Journal of Building Engineering.DOI
  82. Shuxue Xu, Jianhui Niu, Guoyuan Ma (2023). Experimental investigation of an air source heat pump with multigroup heat pipe radiators. Solar Energy.DOI
  83. Guoqiang Wu, Guoyuan Ma, Shuxue Xu, Yuexuan Gong, Xiaoya Jia, Shuailing Liu (2023). Experimental study of ventilation performance of a novel integral-type air conditioner with heat recovery using R290. Flow Measurement and Instrumentation.DOI
  84. Guoyuan Ma, Tianyu Lu, Fusheng Liu, Jianhui Niu, Shuxue Xu (2023). Experimental study on hot liquid subcooling defrosting of an air source heat pump with multi-connected outdoor units. Energy and Buildings.DOI
  85. Yuexuan Gong, Guoyuan Ma, Yuepeng Jiang, Lei Wang (2023). Research progress on the fifth-generation district heating system based on heat pump technology. Journal of Building Engineering.DOI
  86. Yuepeng Jiang, Guoyuan Ma, Yuexuan Gong, Lei Wang (2023). Simulation research of a dual-loop booster heat pump system on district heating under ultra-low temperature. Applied Thermal Engineering.DOI
  87. Shuxue Xu, Jianhui Niu, Hongxia Ma, Ma Guoyuan (2023). Cooling and dehumidification performance study of a new air conditioning system with double evaporation temperature. Energy and Buildings.DOI
  88. Shuailing Liu, Ma Guoyuan, Shuxue Xu, Gong Yuexuan, Jia Xiaoya, Wu Guoqiang (2023). A review of reverse Brayton air cycle refrigerators. International Journal of Refrigeration.DOI
  89. 戴晗,许树学,张海云,马国远,薛佳(2022). 直膨式太阳能空气源热泵全工况运行的性能模拟研究. 《制冷技术》.
  90. 荣维来,许树学,马国远,戴晗(2022). 直膨式太阳能空气源热泵制热的实验研究. 《制冷与空调(四川)》.
  91. 马洪霞,马国远,许树学,刘帅领,隋秋玉(2022). 双蒸发温度温湿度独立控制空调系统运行性能分析. 《制冷》.
  92. 崔明明,马国远,曹瑞林,党鹏飞,许树学(2022). 空气源热泵直接地板辐射采暖实验研究. 《家电科技》.
  93. 周峰,申超亚,马国远,晏祥慧(2022). 数据中心混合工质氟泵自然冷却系统性能分析. 《西安工程大学学报》.
  94. 党鹏飞,马国远,许树学(2022). 新型带自然对流散热末端的热泵系统性能分析. 《制冷与空调(四川)》.
  95. 魏晨希,马国远,刘帅领,许树学(2022). 回收利用卫生间排气热的热泵热水器研究. 《制冷与空调(四川)》.
  96. 赵雅倩,周峰,马国远,晏祥慧(2022). 非设计工况下水蒸气喷射制冷系统热工性能分析. 《制冷与空调(四川)》.
  97. 王家正,马国远,俞国新,朱万朋,勾倩倩,许树学(2022). 带闪发补气的家用空气源热泵热水器实验研究. 《制冷学报》.
  98. 隋秋玉,马国远,刘帅领,许树学,马洪霞(2022). 应用于数据中心冷却的空气制冷循环系统性能分析. 《制冷学报》.
  99. 马国远,隋秋玉,宫悦轩,贾潇雅,许树学(2022). 小型制冷压缩机技术现状与未来发展趋势分析. 《制冷与空调》.
  100. 王月月,马国远,许树学(2022). 冷凝器直接驱动热管的热泵传热分析与实验研究. 《暖通空调》.
  101. Shuailing Liu, Guoyuan Ma (2022). WITHDRAWN: A review of reverse Brayton air cycle refrigerators. International Journal of Refrigeration.DOI
  102. Jiazheng Wang, Shuxue Xu, Guoyuan Ma, Qianqian Gou, Pu Zhao, Xiaoya Jia (2022). Emergy analysis and optimization for a solar-driven heating and cooling system integrated with air source heat pump in the ultra-low energy building. Journal of Building Engineering.DOI
  103. Yumei Zhang, Guoyuan Ma, Guoqiang Wu, Shuailing Liu, Lei Gao (2022). Thermally adaptive walls for buildings applications: A state of the art review. Energy and Buildings.DOI
  104. Feng Zhou, Chaoya Shen, Guoyuan Ma, Xianghui Yan (2022). Power usage effectiveness analysis of a liquid-pump-driven hybrid cooling system for data centers in subclimate zones. Sustainable Energy Technologies and Assessments.DOI
  105. Shuailing Liu, Guoyuan Ma, Shuxue Xu, Xiaoya Jia, Guoqiang Wu (2022). Experimental study of ventilation system with heat recovery integrated by pump-driven loop heat pipe and heat pump. Journal of Building Engineering.DOI
  106. Xiaoya Jia, Guoyuan Ma, Feng Zhou, Shuailing Liu, Guoqiang Wu, Qiuyu Sui (2022). The applicability and energy consumption of a parallel-loop exhaust air heat pump for environment control in ultra-low energy building. Applied Thermal Engineering.DOI
  107. Yuexuan Gong, Feng Zhou, Guoyuan Ma, Shuailing Liu (2022). Advancements on mechanically driven two-phase cooling loop systems for data center free cooling. International Journal of Refrigeration.DOI
  108. Shuailing Liu, Guoyuan Ma, Xiaoya Jia, Shuxue Xu, Guoqiang Wu (2022). Simulation research on heat recovery system of heat pump composite pump-driven loop heat pipe. Thermal Science.DOI
  109. Shuailing Liu, Ma Guoyuan, Xiaoya Jia, Shuxue Xu, Guoqiang Wu, Yumei Zhang (2022). The thermal performance and applicability analysis of the composite ventilation system with heat recovery in ultra-low energy buildings. Energy.DOI
  110. Guoqiang Wu, Ma Guoyuan, Shuxue Xu, Xiaoya Jia, Shuailing Liu, Yuexuan Gong (2022). Experimental study of leakage safety of a novel integral-type air conditioner using R290. International Journal of Refrigeration.DOI
  111. Shuailing Liu, Ma Guoyuan, Xiaoya Jia, Shuxue Xu, Guoqiang Wu (2022). Performance of a mechanically-driven loop heat pipe heat recovery system. Applied Thermal Engineering.DOI
  112. 马国远,周峰,许树学,李富平,孙晗,姜明健,晏祥慧(2021). 高适应性空气源热泵技术研究及应用(2020年度《家电科技》优秀创新团队项目). 《家电科技》.
  113. 吴国强,许树学,马国远(2021). 以R290为工质的双缸压缩机中间补气热泵系统的性能分析. 《压缩机技术》.DOI
  114. 党鹏飞,马国远,许树学,刘福生,刘帅领(2021). 基于自然对流换热末端热泵系统的实验研究. 《家电科技》.DOI
  115. 刘帅领,马国远,张海云,戴晗,许树学(2021). 空气制冷技术原理及发展现状. 《制冷与空调(四川)》.
  116. 薛佳,马国远,戴晗,周峰,李富平,晏祥慧,姜明健(2021). 旋转气泵的性能特性分析. 《制冷与空调(四川)》.
  117. 刘鹏,杭晨哲,李准,周峰,李翠翠,马国远,李富平(2021). 泵驱动制冷剂两相回路中旋涡泵内部工作特性分析. 《制冷与空调(四川)》.
  118. Xiaoya Ji, Guoyuan Ma, Feng Zhou, Lei Wang, Guoqiang Wu, Shuailing Liu (2021). Technical requirements analysis of integrated paralleled-loop exhaust air heat pump system applied to ultra-low energy building in different climatic regions of China. Thermal Science.DOI
  119. Xiaoya Jia, Guoyuan Ma, Feng Zhou, Shuailing Liu, Guoqiang Wu, Qiuyu Sui (2021). Experimental study and operation optimization of a parallel-loop heat pump for exhaust air recovery in residential buildings. Journal of Building Engineering.DOI
  120. Feng Zhou, Yu Liu, Yaqian Zhao, Guoyuan Ma (2021). Dehumidifying characteristics of air conditioner with reheating coil under mild and humid conditions. Applied Thermal Engineering.DOI
  121. Shuxue Xu, Zihao Chu, Jianhui Niu, Guoyuan Ma (2021). Air source heat pump/heat pipe domestic room heating system: Design and experimental research. Applied Thermal Engineering.DOI
  122. 郝胜利,马国远,许树学,姜明健(2020). 电动车空调用变壁厚涡旋压缩机的性能研究. 《流体机械》.
  123. Jianhui Niu, Guoyuan Ma, Shuxue Xu (2020). Experimental research on hot liquid defrosting system with multiple evaporators. Applied Thermal Engineering.DOI
  124. Lei Wang, Guoyuan Ma, Feng Zhou (2020). Influences of compressor displacement ratio on dual-loop heat pump system for ventilation heat recovery. Energy and Buildings.DOI
  125. Yu Liu, Guoyuan Ma, Lianzheng Xue, Feng Zhou, Lei Wang (2020). Energy-saving effect of integrated cooling unit with rotary booster and compressor for data center. International Journal of Refrigeration.DOI
  126. Shuailing Liu, Guoyuan Ma, Shuxue Xu, Fuping Li, Chenzhe Hang (2020). Simulation analysis and optimization research on cooling and dehumidifying effects for evaporator. Thermal Science.DOI
  127. Jianhui Niu, Ma Guoyuan, Shuxue Xu (2020). Experimental study on the performance of air source heat pump system with multiple parallel outdoor units. International Journal of Energy Research.DOI
  128. 范秀颂,许树学,马国远,邵月月(2019). 家用废热回收式热泵热水装置的性能试验. 《流体机械》.
  129. 马国远(2019). 制冷空调环保节能技术. 《中国建筑工业出版社》.
  130. Lianzheng Xue, Guoyuan Ma, Feng Zhou, Lei Wang, Fuping Li (2019). Operating characteristics of all-year cooling system integrated with rotary booster and compressor. Applied Thermal Engineering.DOI
  131. Lei Wang, Guoyuan Ma, Anna Ma, Yu Liu, Feng Zhou (2019). Experimental investigations on a heat pump system for ventilation heat recovery of a novel dual-cylinder rotary compressor. International Journal of Refrigeration.DOI
  132. Lei Wang, Guoyuan Ma, Feng Zhou, Yu Liu, Tian Tian (2019). Multicriteria decision-making approach for selecting ventilation heat recovery devices based on the attributes of buildings and the preferences of decision makers. Sustainable Cities and Society.DOI
  133. Lianzheng Xue, Guoyuan Ma, Feng Zhou, Lei Wang (2019). Operation characteristics of air–air heat pipe inserted plate heat exchanger for heat recovery. Energy and Buildings.DOI
  134. Shuxue Xu, Yueyue Wang, Jianhui Niu, Ma Guoyuan (2019). ‘Coal-to-electricity’ project is ongoing in north China. Energy.DOI
  135. Lei Wang, Guoyuan Ma, Anna Ma, Feng Zhou, Fuping Li (2018). Experimental study on the characteristics of triplex loop heat pump for exhaust air heat recovery in winter. Energy Conversion and Management.DOI
  136. Shuxue Xu, Jianhui Niu, Guoyuan Ma (2018). Experimental study on R1234yf heat pump at low ambient temperature and comparison with other refrigerants. Thermal Science.DOI
  137. Feng Zhou, Wei Duan, Guoyuan Ma (2018). Thermal performance of a multi-loop pump-driven heat pipe as an energy recovery ventilator for buildings. Applied Thermal Engineering.DOI
  138. Feng Zhou, Cuicui Li, Wanpeng Zhu, Jing Yang Zhou, Guoyuan Ma, Zhongliang Liu (2018). Energy-saving analysis of a case data center with a pump-driven loop heat pipe system in different climate regions in China. Energy and Buildings.DOI
  139. Shuxue Xu, Ruochen Ding, Jianhui Niu, Guoyuan Ma (2018). Investigation of air-source heat pump using heat pipes as heat radiator. International Journal of Refrigeration.DOI
  140. Haibo Liu, Guoyuan Ma, Shuangquan Shao, Boyuan Fan (2018). Performance investigation on refrigeration and air conditioning systems with multi-evaporator. Sustainable Cities and Society.DOI
  141. Shuxue Xu, Jianhui Niu, Zengyan Cui, Guoyuan Ma (2018). Experimental research on vapor-injected heat pump using injection subcooling. Applied Thermal Engineering.DOI
  142. Wanpeng Zhu, Feng Zhou, Cuicui Li, Guoyuan Ma, Fuping Li, Xianghui Yan (2018). EXERGY ANALYSIS OF A PUMP-DRIVEN LOOP HEAT PIPE FOR FREE COOLING IN DATA CENTERS. International Heat Transfer Conference (IHTC).DOI
  143. 牛建会,马国远,田海川,许树学,侯喜英(2017). 外压内吸薄壁弹性矩形阵列管相变蓄热装置放热研究. 《可再生能源》.
  144. 杭晨哲,马国远,张海云,徐定华,许树学(2017). 采用水焓值法的制冷量源及其不确定度分析. 《仪器仪表学报》.DOI
  145. 杭晨哲,徐定华,马国远,张海云,滕俊恒(2017). 空气焓值法测量全年能源消耗效率不确定度评定方法研究. 《计量学报》.
  146. Feng Zhou, Wei Duan, Guoyuan Ma (2017). Thermal performance of a pump-driven loop heat pipe as an air-to-air energy recovery device. Energy and Buildings.DOI
  147. Feng Zhou, Chuancheng Wei, Guoyuan Ma (2017). Development and analysis of a pump-driven loop heat pipe unit for cooling a small data center. Applied Thermal Engineering.DOI
  148. Shuxue Xu, Xiusong Fan, Guoyuan Ma (2017). Experimental investigation on heating performance of gas-injected scroll compressor using R32, R1234yf and their 20wt%/80wt% mixture under low ambient temperature. International Journal of Refrigeration.DOI
  149. Feng Zhou, Guoyuan Ma, Shuchun Wang (2017). Entropy generation rate analysis of a thermosyphon heat exchanger for cooling a telecommunication base station. International Journal of Exergy.DOI
  150. 刘忠宝,王庆华,马国远,孙晗(2016). 新能源科学与工程(制冷空调方向)本科实验与实践教学体系的构建. 《中国现代教育装备》.
  151. Feng Zhou, Guoyuan Ma, Xiaolin Zhang (2016). Winter Turf Growing Season Elongation Characteristics of a Thermosyphon Unit that Uses a Shallow Geothermal Source. Heat Transfer-Asian Research.DOI
  152. Yuezheng Ma, Guoyuan Ma, Shuang Zhang, Feng Zhou (2015). Cooling performance of a pump-driven two phase cooling system for free cooling in data centers. Applied Thermal Engineering.DOI
  153. Yuezheng Ma, Guoyuan Ma, Shuang Zhang, Shuxue Xu (2015). Experimental investigation on a novel integrated system of vapor compression and pump-driven two phase loop for energy saving in data centers cooling. Energy Conversion and Management.DOI
  154. Li-Hua Yu, Shu-Xue Xu, Guoyuan Ma, Jun Wang (2015). Experimental Research on Water Boiling Heat Transfer on Horizontal Copper Rod Surface at Sub-Atmospheric Pressure. Energies.DOI
  155. Li-Hua Yu, Shuai Li, Guoyuan Ma, Jihong Sun (2015). Experimental Research on the Effect of 2‐Ethylhexanol on Water Boiling Heat Transfer at Subatmospheric Pressure. Heat Transfer-Asian Research.DOI
  156. Shuxue Xu, Ma Guoyuan (2015). Working performance of R-32 two-stage compression system in domestic air-conditioner. Energy and Buildings.DOI
  157. 田甲申,张鑫喆,马国远(2014). 太阳能驱动超疏水冷表面凝结制水装置的研制. 《制冷技术》.
  158. Shuang Zhang, Guoyuan Ma, Feng Zhou (2014). Experimental Study on a Pump Driven Loop-Heat Pipe for Data Center Cooling. Journal of Energy Engineering.DOI
  159. 张双,马国远,周峰,樊旭(2013). 数据机房自然冷却用泵驱动回路热管换热机组性能实验研究. 《土木与环境工程学报(中英文)》.
  160. Guoyuan Ma, Feng Zhou, Ting Liu, Liangbing Wang, Xiaolin Zhang, Zhongliang Liu (2013). Study on Optimal Operating Mode of a Thermosyphon Heat Exchanger Unit in a Shopping Center. Journal of Energy Engineering.DOI
  161. Feng Zhou, Jie Chen, Guoyuan Ma, Zhongliang Liu (2013). Energy-saving analysis of telecommunication base station with thermosyphon heat exchanger. Energy and Buildings.DOI
  162. Guoyuan Ma, Feng Zhou, Ting Liu, Liangbing Wang, Zhongliang Liu (2013). Energy‐saving evaluation of a thermosyphon heat recovery unit for an air‐conditioning system. Heat Transfer-Asian Research.DOI
  163. Shuxue Xu, Ma Guoyuan (2013). Experimental study on two-stage compression refrigeration/heat pump system with dual-cylinder rolling piston compressor. Applied Thermal Engineering.DOI
  164. Shuxue Xu, Ma Guoyuan, Qi Liu, Liu Zhongliang (2013). Experiment study of an enhanced vapor injection refrigeration/heat pump system using R32. International Journal of Thermal Sciences.DOI
  165. Wei He, Yuting Wu, Yanhai Peng, Yeqiang Zhang, Chongfang Ma, Guoyuan Ma (2012). Influence of intake pressure on the performance of single screw expander working with compressed air. Applied Thermal Engineering.DOI
  166. 张红光,马国远,刘忠宝,吴斌,叶芳,郭航(2011). 注重培养创新精神的热能与动力工程实验教学示范中心建设. 《实验技术与管理》.
  167. 周峰,田昕,马国远(2011). IDC机房用热管换热器节能特性试验研究. 《土木与环境工程学报(中英文)》.
  168. Feng Zhou, Xin Shou Tian, Guoyuan Ma (2011). Investigation into the energy consumption of a data center with a thermosyphon heat exchanger. Chinese Science Bulletin.DOI
  169. Shuxue Xu, Ma Guoyuan (2011). Exergy analysis for quasi two-stage compression heat pump system coupled with ejector. Experimental Thermal and Fluid Science.DOI
  170. Feng Zhou, Xin Tian, Ma Guoyuan (2011). Energy-Saving Performance of Thermosyphon Heat Exchanger Applied in Internet Data Center.DOI
  171. 刘忠宝,蔡开颖,王庆华,马国远(2010). 动力工程专业学位工程硕士培养的研究及实践. 《制冷空调学科发展与教学研究——第六届全国高等院校制冷空调学科发展与教学研讨会论文集》.
  172. 彭珑,马国远,许树学(2010). 准二级压缩-喷射复合热泵系统用喷射器的变工况特性. 《太阳能学报》.
  173. 刘挺,马国远,汪亮兵,周峰(2010). 空调系统热回收装置的季节温度效率评价法. 《土木与环境工程学报(中英文)》.
  174. 郎铁军,马国远,马立章(2010). 基于MATLAB的全封闭涡旋压缩机性能的仿真. 《流体机械》.
  175. 何为,吴玉庭,马重芳,马国远(2010). 两级单螺杆膨胀机空气动力系统性能研究. 《机械工程学报》.
  176. Wei He, Yuting Wu, Chongfang Ma, Guoyuan Ma (2010). Performance study on three-stage power system of compressed air vehicle based on single-screw expander. Science China Technological Sciences.DOI
  177. Shuxue Xu, Ma Guoyuan (2010). Research on air-source heat pump coupled with economized vapor injection scroll compressor and ejector. International Journal of Refrigeration.DOI
  178. Ma Guoyuan (2010). Research of Air Powered Engine System Using Two-stage Single Screw Expander.
  179. 史保新,张鑫,马国远(2009). 电子器件用复合热管散热器的试验研究. 《流体机械》.
  180. 许树学,马国远(2009). 喷射器对热泵制热性能改进的模拟研究. 《化工机械》.
  181. Ming Zhang, Zhongliang Liu, Guoyuan Ma, Shuiyuan Cheng (2009). Numerical simulation and experimental verification of a flat two-phase thermosyphon. Energy Conversion and Management.DOI
  182. Ming Zhang, Liu Zhongliang, Ma Guoyuan, Cheng Shuiyuan (2009). The experimental study on flat plate heat pipe of magnetic working fluid. Experimental Thermal and Fluid Science.DOI
  183. Ma Guoyuan (2009). Simulative Researches on the Improvements of Heating Capacity of Heat Pumps Using Ejectors. Chemical Engineering & Machinery.
  184. Ma Guoyuan (2009). Experimental Study on Indirect Thermosyphon Radiator Coupled with Flat Heat Pipe for Electronic Component. Fluid Machinery.
  185. 庞宗占,马国远(2008). 准二级压缩-喷射复合热泵系统的工作特性研究. 《太阳能学报》.
  186. Ming Zhang, Zhongliang Liu, Guoyuan Ma (2008). The experimental investigation on thermal performance of a flat two-phase thermosyphon. International Journal of Thermal Sciences.DOI
  187. Ming Zhang, Zhongliang Liu, Guoyuan Ma (2008). Numerical Investigation of a Novel Grooved Vapor Chamber. ASME 2008 First International Conference on Micro/Nanoscale Heat Transfer, Parts A and B.DOI
  188. Ming Zhang, Liu Zhongliang, Ma Guoyuan (2008). The experimental and numerical investigation of a grooved vapor chamber. Applied Thermal Engineering.DOI
  189. Ma Guoyuan (2008). Reform of Starchy Vermicelli Process with Refrigerant Heat Pump Technology. Light Industry Machinery.
  190. Zhongliang Liu, Ming Zhang, Guoyuan Ma, Shuiyuan Cheng (2008). A NUMERICAL STUDY ON THE HEAT TRANSFER CHARACTERISTICS OF A GROOVED VAPOR CHAMBER FOR THERMAL SPREADERS.DOI
  191. 张乐平,孙山林,柴沁虎,白俊文,马国远(2007). 一种具有辅助进气口的空气源热泵的试验研究. 《流体机械》.
  192. Guoyuan Ma, H H Zhao (2007). Experimental study of a heat pump system with flash-tank coupled with scroll compressor. Energy and Buildings.DOI
  193. 刘忠宝,马国远,姜明健(2006). 提高动力工程专业工程硕士培养质量综合措施. 《第四届全国高等院校制冷空调学科发展与教学研讨会》.
  194. 赵会霞,刘思光,马国远,刘忠宝(2006). 涡旋压缩机闪发器热泵系统的试验研究. 《太阳能学报》.
  195. 赵会霞,马国远(2006). 涡旋压缩机闪发器系统性能的模拟分析. 《流体机械》.
  196. Guoyuan Ma, Xianguo Li (2006). Exergetic optimization of a key design parameter in heat pump systems with economizer coupled with scroll compressor. Energy Conversion and Management.DOI
  197. Yanjun Ding, Guoyuan Ma, Qinhu Chai, Yi Jiang (2004). Experiment investigation of reverse cycle defrosting methods on air source heat pump with TXV as the throttle regulator. International Journal of Refrigeration.DOI
  198. Yanjun Ding, Qinhu Chai, Guoyuan Ma, Yi Jiang (2004). Experimental study of an improved air source heat pump. Energy Conversion and Management.DOI
  199. 吴立志,马国远,俞建荣,万一(2003). 滑片压缩机滑片倾角对滑片运动的影响分析. 《机械》.
  200. 吴立志,马国远(2003). 双层滑片压缩机滑片摩擦及磨损分析. 《流体机械》.
  201. Guoyuan Ma, Qinhu Chai (2003). Characteristics of an improved heat-pump cycle for cold regions. Applied Energy.DOI
  202. Ma Guoyuan, Chai Qinhu, Yi Jiang (2003). Experimental investigation of air-source heat pump for cold regions. International Journal of Refrigeration.DOI
  203. 史保新,马国远,陈观生(2002). 电动车用空调装置的研究. 《流体机械》.
  204. 马国远,邵双全(2002). 寒冷地区空调用热泵的研究. 《太阳能学报》.
  205. 马国远,史保新,吴立志,陈观生(2001). 太阳能辅助电动汽车热泵空调系统的研究. 《太阳能学报》.
  206. 马国远(2001). 转缸旋转压缩机的动力性能. 《流体机械》.
  207. 马国远,彦启森,郁永章(2000). 双工作腔滑片压缩机结构参数的优化. 《流体机械》.
  208. 马国远,江亿,彦启森,郁永章(2000). 贯穿滑片压缩机的几何原理. 《流体机械》.
  209. 李富平,马国远,刘卫华(1999). 滑片压缩机交互式绘图软件CAD系统的研制. 《流体机械》.
  210. 李富平,蔡秀云,马国远(1998). 分形理论及其在旋转机械故障诊断中的应用. 《流体机械》.
  211. 马国远,郁永章(1998). 双工作腔滑片压缩机的试验研究. 《流体机械》.
  212. 马国远,郁永章(1998). 热泵微波联合干燥系统的试验研究. 《流体机械》.
  213. 马国远,郁永章(1997). 回转吸收再压缩式汽车空调系统的研究. 《流体机械》.
  214. 马国远,郁永章(1993). 汽车空调用五缸摆盘压缩机的性能预测. 《流体机械》.
  215. Shao Zhong, Guoyuan Ma, Hong Zhang, Yan Ren, Wei-dong Wu. Numerical analysis of flow and heat transfer of supercritical CO2 in printed circuit heat exchangers with rectangular/semicircular channel. Journal of Supercritical Fluids.DOI

预印本

  1. Yu Tian, Guoyuan Ma (2026). Optimization Research on Multi-mode Collaborative Air Cycle Refrigeration System Based on Particle Swarm Optimization Algorithm for Two Compressors and High/Low Pressure Cycles. SSRN Electronic Journal.DOI
  2. Yu Tian, Guoyuan Ma (2025). A Design Method of Turboexpander-Compressors with Synchronized Pressure Ratio for High Efficiency Under Overall Conditions In the Reverse Brayton Cycle. SSRN Electronic Journal.DOI
  3. Weilai Rong, Guoyuan Ma, Shangyu SUN, Xiangyang Li, Shuxue Xu (2025). Thermal Performance and Applicability Analysis of Air Compression Refrigeration System Used in Ultra-Low Energy Buildings. SSRN Electronic Journal.DOI
  4. Xiang Li, Guoyuan Ma, Shuailing Liu, Shuxue Xu, Lei Wang (2025). Performance Study of a Novel Dual-Loop Exhaust Air Heat Pump and its Energy-Saving Analysis in Ultra-Low Energy Buildings. SSRN Electronic Journal.DOI

书籍章节

  1. Shuxue Xu, Guoyuan Ma (2010). Air-source heat pump coupled with economized vapor injection scroll compressor and ejector: Design and experimental research. Science China Technological Sciences.DOI

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