百晓学者学者目录

陈国邦

苏州大学；浙江大学

精选作品

期刊论文

  1. 王萌，金滔，汤珂，陈国邦（2013）. 超级开架式气化器传热管换热过程的数值模拟分析. 《天然气工业》.
  2. 许斌，金滔，李聪航，汤珂，陈立新，陈国邦（2011）. Er3Ni的氢化及其反应特性（英文）. 《稀有金属材料与工程》.
  3. 金滔，许斌，李聪航，汤珂，陈立新，陈国邦（2011）. 磁性蓄冷材料Er3Ni的吸氢量研究. 《工程热物理学报》.
  4. Bin Xu, T. Jin, Conghang Li, K. Tang, Lixin Chen, Guo-bang Chen (2011). Study on Reaction Characteristics of Er3Ni Hydrogenation.DOI
  5. 陈国邦（2010）. 小型低温制冷机原理. 《科学出版社》.
  6. 汤珂，林小钢，张玙，金滔，陈国邦（2010）. 热声发动机系统稳定性分析. 《工程热物理学报》.
  7. 金滔，许斌，李聪航，汤珂，陈国邦（2009）. Er 3 Ni吸氢产物的比热及其稳定性分析. 《第九届全国低温工程大会论文集》.
  8. 高威利，陈国邦，汤珂，颜鹏达（2009）. 涡旋板弹簧的有限元分析及实验. 《低温与超导》.
  9. 汤珂，林小钢，黄忠杰，金滔，陈国邦（2009）. 气液耦合振动对热声发动机性能的影响. 《工程热物理学报》.
  10. 汤珂，裘圆，黄忠杰，杨旭，包锐，陈国邦（2009）. 50 K温区热声驱动脉管制冷. 《工程热物理学报》.
  11. 高威利，颜鹏达，陈国邦（2009）. 用于高频脉管制冷机的涡旋板弹簧的优化设计. 《低温工程》.
  12. Peng-Da Yan, Wei-li Gao, Guo-bang Chen (2009). Development of a linear compressor for two-stage pulse tube cryocoolers.DOI
  13. Peng-Da Yan, Guo-bang Chen, Jingjing Dong, Wei-li Gao (2009). 15 K two-stage Stirling-type pulse-tube cryocooler.DOI
  14. 颜鹏达，陈国邦，董晶晶，高威利（2008）. 斯特林型两级脉管制冷机的改进. 《低温工程》.
  15. 汤珂，黄忠杰，林小钢，项靖麒，陈国邦（2008）. 40K温区驻波型热声驱动两级脉管的制冷特性. 《低温工程》.
  16. 裘圆，陈国邦，汤珂，黄忠杰，杨旭，寿琳，包锐（2008）. 惯性管对热声驱动脉管制冷机性能的影响. 《工程热物理学报》.
  17. 孟令军，陈国邦，黄忠杰，黄永华（2008）. 空气亥姆霍兹能方程p-ρ-T性质考察. 《低温工程》.
  18. 颜鹏达，陈国邦，董晶晶，高威利（2008）. 斯特林型两级脉管制冷机的研制. 《低温工程》.
  19. 陈国邦（2008）. 英汉·汉英制冷与低温词汇.
  20. 汪世清，陈国邦，黄永华（2008）. 采用对应态原理预测氦-3的p-v-T性质. 《工程热物理学报》.
  21. Z. Gan, Guo-Jun Liu, Ying-Zhe Wu, Q. Cao, L. Qiu, Guo-bang Chen, J. Pfotenhauer (2008). Study on a 5.0 W/80 K single stage Stirling type pulse tube cryocooler.DOI
  22. T. Jin, C. Mao, K. Tang, Hao Zheng, Guo-bang Chen (2008). Characteristics study on the oscillation onset and damping of a traveling-wave thermoacoustic prime mover.DOI
  23. Shun-Hao Wang, Guo-bang Chen, Yong-Hua Huang (2008). A practical density equation for saturated vapor of helium-3 from 0.01 K to the critical point.DOI
  24. K. Tang, Zhongping Huang, T. Jin, Guo-bang Chen (2008). Impact of load impedance on the performance of a thermoacoustic system employing acoustic pressure amplifier.DOI
  25. 高威利，颜鹏达，陈国邦（2007）. 几何参数对线性压缩机板弹簧性能的影响. 《低温工程》.
  26. 寿琳，陈国邦，汤珂，裘圆，黄忠杰（2007）. 热声系统跳频现象研究. 《低温工程》.
  27. 金滔，胡建军，陈国邦，汤珂（2007）. 利用液化天然气冷能的新型空分流程及其性能. 《浙江大学学报(工学版)》.
  28. 张晓峰，陈国邦，刘飞（2007）. 利用量子对应态原理预测氦-3 p-v-T性质. 《低温与超导》.
  29. 黄永华，陈国邦（2007）. 氦-3表面张力性质研究. 《第八届全国低温工程大会暨中国航天低温专业信息网2007年度学术交流会论文集》.
  30. 黄忠杰，汤珂，金滔，陈国邦（2007）. 压比对回热器性能影响的理论分析. 《低温工程》.
  31. 金滔，夏雨亮，洪剑平，汤珂，陈国邦，张晓忠，陈佑军（2007）. 低温阀门冷态试验的动态传热过程模拟与分析. 《低温工程》.
  32. 何永林，邱利民，甘智华，张小斌，卢杰，陈国邦（2007）. 液氦温区分离型脉管制冷机性能影响因素. 《浙江大学学报(工学版)》.
  33. T. Jin, Bao-Sen Zhang, K. Tang, R. Bao, Guo-bang Chen (2007). Experimental observation on a small-scale thermoacoustic prime mover.DOI
  34. K. Tang, Zhongping Huang, T. Jin, R. Bao, Guo-bang Chen (2007). Influence of input acoustic power on regenerator’s performance.DOI
  35. 朱煜，陈国邦（2006）. 导热塑料盘管蓄冰槽外融冰取冷动态特性实验. 《流体机械》.
  36. 裘圆，陈国邦，曹卫华，包锐，寿琳，汤珂（2006）. 79.7 K驻波型热声驱动脉管制冷机. 《低温与超导》.
  37. 陈国邦（2006）. 低温工程技术. 数据卷. 《化学工业出版社》.
  38. 陈国邦（2006）. 低温流体热物理性质. 《国防工业出版社》.
  39. 蒋彦龙，陈国邦（2006）. 脉管制冷机中的直流流动. 《世界科技研究与发展》.
  40. 何永林，邱利民，甘智华，唐立，张小斌，陈国邦（2006）. 深低温单级大功率脉管制冷机. 《第四届全国制冷空调新技术研讨会》.
  41. 汪世清，陈国邦，黄永华，孟令军（2006）. 氦-3热力学性质图的制作. 《第四届全国制冷空调新技术研讨会》.
  42. 蒋彦龙，陈国邦，余刚（2006）. 双向进气结构脉管制冷机直流形成机理. 《南京航空航天大学学报(自然科学版)》.
  43. 李金寿，颜鹏达，陈国邦（2006）. 高频脉管制冷机的研究进展(下). 《低温与超导》.
  44. 李金寿，颜鹏达，陈国邦（2006）. 高频脉管制冷机的研究进展(上). 《低温与超导》.
  45. 汪世清，陈国邦，黄永华，孟令军（2006）. 3He流体的低温输运性质综述. 《低温与超导》.
  46. 曹卫华，陈国邦，包锐，汤珂，贾正中（2006）. 热声发动机接入声学放大器的模拟研究. 《低温与超导》.
  47. 贾正中，陈国邦，包锐，汤珂，曹卫华（2006）. 工作压力对热声驱动阻容负载性能影响的实验研究. 《低温与超导》.
  48. 曹卫华，陈国邦，包锐，汤珂，贾正中（2006）. 带声学放大器的驻波型热声发动机的模拟研究. 《制冷空调新技术进展——第四届全国制冷空调新技术研讨会论文集》.
  49. 金滔，张葆森，贾正中，陈国邦（2006）. 微型热声驱动器的实验研究. 《低温工程》.
  50. 包锐，陈国邦，贾正中，汤珂，曹卫华（2006）. 热声发动机驱动阻容负载的实验研究. 《低温工程》.
  51. 汤珂，陈国邦，Thummes Günter（2006）. 热桥传热特性对热耦合二级Stirling型脉管制冷机性能的影响. 《低温工程》.
  52. 汪世清，陈国邦，黄永华，孟令军（2006）. 0.2K300K温区氦-3的p-h和T-s图. 《低温工程》.
  53. 汪世清，陈国邦，黄永华（2006）. 氦-3的汽化热和熔解热. 《低温工程》.
  54. 陈国邦，颜鹏达，李金寿（2006）. 斯特林低温制冷机的研究与发展. 《低温工程》.
  55. 陈国邦（2006）. 低温工程技术. 《化学工业出版社》.
  56. R. Bao, Guo-bang Chen, K. Tang, Zheng-Zhong Jia, Weihua Cao (2006). Effect of RC load on performance of thermoacoustic engine.DOI
  57. R. Bao, Guo-bang Chen, K. Tang, Zheng-Zhong Jia, Weihua Cao (2006). Influence of resonance tube geometry shape on performance of thermoacoustic engine. Ultrasonics.DOI
  58. Li-Min Qiu, Daming Sun, Y. Tan, X. Deng, Guo-bang Chen (2006). Investigation on Gedeon Streaming in a Traveling Wave Thermoacoustic Engine.DOI
  59. Yong-Hua Huang, Guo-bang Chen, Shiqin Wang, V. Arp (2006). Equation of State for Normal Liquid Helium-3 from 0.1 to 3.3157 K.DOI
  60. R. Bao, Guo-bang Chen, K. Tang, Weihua Cao, T. Jin (2006). Thermoacoustically driven pulse tube refrigeration below 80K by introducing an acoustic pressure amplifier.DOI
  61. Yong-Hua Huang, Guo-bang Chen, Vincent D. Arp (2006). Equation of state for fluid helium-3 based on Debye phonon model.DOI
  62. Li-Min Qiu, Darning Sun, Yong-Xiang Tan, Wei-Lin Yan, Chen Ping, Liang Zhao, Guo-bang Chen (2006). Effect of pressure disturbance on onset processes in thermoacoustic engine.DOI
  63. T. Jin, You-Jun Chen, Guo-bang Chen, Xiao-Zhong Zhang, K. Tang (2006). Low temp. valve performance measuring system based on computer data acquiring.
  64. Yong-Hua Huang, Guo-bang Chen, V. Arp (2006). Debye equation of state for fluid helium-3. Journal of Chemical Physics.DOI
  65. X. Li, H. Ling, W. Dai, E. Lou, Guo-bang Chen, Y. Chen, K. Tang (2006). Effect of Resonance Tube Shape on Performance of Thermoacoustic Engine.DOI
  66. 欧阳录春，谢雪梅，俞卫刚，孔博，邱利民，陈国邦（2005）. 塑料换热器在溴化锂吸收式制冷机中的应用. 《暖通空调》.
  67. L. Qiu, Yong He, Z. Gan, Lai-Hong Wan, Guo-bang Chen (2005). A separate two-stage pulse tube cooler working at liquid helium temperature.DOI
  68. Guo-bang Chen, K. Tang, T. Jin, Peng-Da Yan (2005). Dual-way air-intake vascular refrigeator with corrugated pipe direct-current blocking-up structure.
  69. Z. Gan, H.-Z. Liu, Z.-Z. Cheng, L. Qiu, Guo-bang Chen (2005). Experiment on a Single-stage GM Type Pulse Tube Cryocooler near 20K.DOI
  70. K. Tang, Guo-bang Chen, G. Thummes (2005). 13 K thermally coupled two-stage Stirling-type pulse tube refrigerator.DOI
  71. T. Jin, L. Fan, Bingshan Zhang, Bin Wang, Guo-bang Chen (2005). Discussion on resonant frequency in thermoacoustic systems.DOI
  72. X.-Y. Li, Y.-H. Huang, Guo-bang Chen, V. Arp (2005). A density equation for saturated helium-3.DOI
  73. K. Tang, Guo-bang Chen, T. Jin, R. Bao, Bo Kong, L. Qiu (2005). Influence of resonance tube length on performance of thermoacoustically driven pulse tube refrigerator.DOI
  74. K. Tang, Guo-bang Chen, T. Jin, R. Bao (2005). Thermoacoustically driven pulse tube refrigeration below 90K.DOI
  75. Guo-bang Chen (2005). Experimental investigation on pulse tube cooler driven bynovel thermoacoustic engine.
  76. L. Qiu, Daming Sun, Wei-Lin Yan, Pin Chen, Z. Gan, Guo-bang Chen (2005). Chapter 88 – Investigation on A Thermoacoustically Driven Pulse Tube Cooler Working at 82.5 K.DOI
  77. L. Qiu, Y.-L. He, Z. Gan, Guo-bang Chen (2005). A single-stage pulse tube cooler reached 12.6 K.DOI
  78. L. Qiu, Wei-Zheng Li, Z. Gan, Xue-Jun Zhang, B. Jiao, Guo-bang Chen, Can-jun Yang (2005). Experimental Investigation on High Performance Cryogenic Heat Transfer Based upon Natural Circulation Cooling.DOI
  79. L. Qiu, Daming Sun, Wei-Lin Yan, Chen Ping, Z. Gan, Xue-Jun Zhang, Guo-bang Chen (2005). Investigation on a thermoacoustically driven pulse tube cooler working at 80 K.DOI
  80. 黄永华，陈国邦（2005）. 氦-3状态方程研究进展 第二部分:正常液相区和气体区以及全区间状态方程. 《低温与超导》.
  81. 黄永华，陈国邦（2005）. 氦-3状态方程研究进展 第一部分:固-液、气-液饱和线以及临界区状态方程. 《低温与超导》.
  82. Yong-Hua Huang, Guo-bang Chen (2005). Melting-pressure and density equations of {sup 3}He at temperatures from 0.001 to 30 K.DOI
  83. Liang-Jie Zhang, Liang-Zhen Lin, Guo-bang Chen (2005). Proceedings of the Twentieth International Cryogenic Engineering Conference : (ICEC 20) : Beijing, China, 11-14 May 2004.
  84. Darning Sun, Li-Min Qiu, Wu Zhang, Wei-Lin Yan, Guo-bang Chen (2005). Investigation on traveling wave thermoacoustic heat engine with high pressure amplitude.DOI
  85. 俞卫刚，周俊凯，陈国邦，张朝涵（2004）. 多点射流送风在现代办公室空气调节中的应用. 《流体机械》.
  86. Li-Min Qiu, Daming Sun, Wei-Lin Yan, Ping Chen, Z. Gan, Guo-bang Chen (2004). Engine of mixing line wave thermal sound with bypass structure.
  87. Guo-bang Chen, K. Tang, Yong-Hua Huang, Z. Gan, R. Bao (2004). He-H2 mixture and Er3NiHx packing for the refrigeration enhancement of pulse tube refrigerator.DOI
  88. 蒋宁，陈国邦，U.Lindemann，G.Thummes（2004）. 1.27K3He二级脉管制冷机性能研究. 《低温工程》.
  89. K. Tang, Guo-bang Chen, T. Jin, Bo Kong, R. Bao, L. Qiu, Z. Gan (2004). 92 K thermoacoustically driven pulse tube refrigerator.DOI
  90. Guo-bang Chen, K. Tang, Yong-Hua Huang, Z. Gan, R. Bao（2004）. 用于强化脉管制冷的He-H 2 混合工质和Er 3 NiH x 填料.DOI
  91. Guo-bang Chen, K. Tang, Yong-Hua Huang, Z. Gan, R. Bao (2004). Refrigeration performance enhancement of pulse tube refrigerators with He-H.DOI
  92. K. Tang, Guo-bang Chen, Bo Kong (2004). A 115 K thermoacoustically driven pulse tube refrigerator with low onset temperature.DOI
  93. Guo-bang Chen, K. Tang, T. Jin (2004). Advances in thermoacoustic engine and its application to pulse tube refrigeration.DOI
  94. Yan-long Jiang, Guo-bang Chen, T. Guenter (2004). Experimental Investigation on DC Flow Suppression and Refrigeration Characteristics of a High-Performance Single-Stage GM-Type PTC.DOI
  95. Yan-long Jiang, Guo-bang Chen, THUMMESGuenter (2004). DC FLOW SUPPRESSION IN A SINGLE-STAGE G-M TYPE PULSE TUBE COOLER.
  96. 蒋彦龙，陈国邦，THUMMES Guenter（2004）. 单级G-M型脉管制冷机直流抑制实验研究(英文). Transactions of Nanjing University of Aeronautics and Astronautics.
  97. T. Jin, Guo-bang Chen, K. Tang (2004). Heat sound refrigerator using noise as driving source.
  98. Yan-long Jiang, Guo-bang Chen (2004). Investigation on High-Performance Single-Stage GM-Type Pulse Tube Cooler.
  99. T. Jin, Guo-bang Chen, Ben-ren Wang, Shu-yi Zhang (2003). Application of thermoacoustic effect to refrigeration.DOI
  100. N. Jiang, Z. Gan, Guo-bang Chen, L. Qiu, Yanlong Jiang, Yong He, N. Li (2003). Experimental Study on Two-stage Pulse Tube Refrigeration with Mixtures of Helium and Hydrogen.DOI
  101. Guo-bang Chen, Y.-K. Zhong, Xu Zheng, Qian Li, Xing Xie, Z. Gan, Yong-Hua Huang, K. Tang, Bo Kong, L. Qiu (2003). Experimental study on natural circulation precooling of cryogenic pump system with gas phase inlet reflux configuration.DOI
  102. 邱利民，孙大明，张武，陈国邦，甘智华，严伟林（2003）. 大型多功能热声发动机的研制及初步实验 第一部分 热声发动机的研制. 《低温工程》.
  103. M. Yang, E. Luo, H. Ling, Xi Li, Jiang Wu, Guo-bang Chen (2003). Thermodynamic Analysis of a Traveling Wave Thermoacoustic Device by Use of a Distributed-Parameter Method.DOI
  104. 沈漪，陈国邦，甘智华，金滔，黄永华，吴张华，汤珂（2002）. 采用He-Ar混合工质的热声压缩机的制冷性能研究. 《低温工程》.
  105. Z. Gan, Guo-bang Chen, G. Thummes, C. Heiden (2002). An experimental investigation on pulse tube refrigeration with mixture fluids.DOI
  106. Guo-bang Chen, Z. Gan, Yanlong Jiang (2002). Discussion on refrigeration cycle for regenerative cryocoolers.DOI
  107. Guo-bang Chen, Yan-long Jiang, Z. Gan (2002). Pulse tube refrigerator with new-type double-valve bidirectional air intake structure.
  108. Xiao-Li Yu, Guang-Yao Yuan, Shi-Chuan Su, Yan-long Jiang, Guo-bang Chen (2002). Theoretical study on the ideal open cycle of the liquid nitrogen engine. Journal of Zhejiang University: Science A.DOI
  109. T. Jin, Guo-bang Chen, Y. Shen, Yong-Hua Huang, Z.-H. Wu (2002). Cryogenic-temperature thermoacoustically driven pulse tube refrigerator.DOI
  110. Guo-bang Chen, Y.-L. Jiang, Z. Gan (2002). Investigation of a near-63 K isothermal in a pulse tube refrigerator with He-N2 mixtures.DOI
  111. Guo-bang Chen, J.-P. Jiang, J.-L. Shi, T. Jin, K. Tang, Yanlong Jiang, N. Jiang, Yong-Hua Huang (2002). Influence of buffer on resonance frequency of thermoacoustic engine.DOI
  112. Z. Can, Guo-bang Chen, G. Thummes, C. Heiden (2002). Investigation of Helium and Nitrogen Mixtures in a Pulse Tube Refrigerator.DOI
  113. Mei Yang, E. Luo, Xiao-Min Li, H. Ling, Qing-Guo Hu, Guo-bang Chen, Jian-Feng Wu (2002). Experimental Study on a Coaxial Traveling Wave Thermoacoustic Engine.
  114. Li-Min Qiu, Guo-bang Chen, N. Jiang (2002). Optimum packing factor of the stack in a standing‐wave thermoacoustic prime mover.DOI
  115. Guo-bang Chen, Z. Gan, L. Qiu, Jian-Ping Yu (2002). Pulse Tube Refrigeration with a Combined Cooling and Freezing Cycle for HTSC Devices.DOI
  116. 石静蕾，陈国邦，邱利民（2001）. 关于热声压缩机原理的讨论. 《低温与超导》.
  117. 金滔，陈国邦，沈漪，黄永华，吴张华（2001）. 驻波型热声压缩机驱动脉管的最新结果. 《低温与特气》.
  118. Z. Gan, Guo-bang Chen, G. Thummes, C. Heiden (2000). Experimental study on pulse tube refrigeration with helium and nitrogen mixtures.DOI
  119. Guo-bang Chen, Z. Gan, G. Thummes, C. Heiden (2000). Thermodynamic performance prediction of pulse tube refrigeration with mixture fluids.DOI
  120. Guo-bang Chen, J.-P. Yu, Z. Gan, T. Jin (2000). Experimental investigation on pulse tube refrigerator with binary mixtures.
  121. 邱利民，陈国邦，Ｍ．Ｔａｎａｋａ，Ｔ．Ｈａｔａ（1999）. 脉管制冷机冷端换热器的改进. 《低温工程》.
  122. Guo-bang Chen, T. Jin, X. Bai, L. Zhao, Lei Fang (1998). Experimental Study on a Thermoacoustic Engine with Brass Screen Stack Matrix.DOI
  123. 陈国邦（1998）. 从国际低温与制冷会议(ICCR’98)看我国的研究方向. 《制冷学报》.
  124. Guo-bang Chen, L. Qiu, Jin-Yang Zheng, Peng-Da Yan, Z. Gan, X. Bai, T. Jin (1998). 3K double-orifice two-stage pulse tube refrigerator.DOI
  125. L. Qiu, Guo-bang Chen, Jian-Yao Zheng (1998). An Adiabatic Model for a Two-Stage Double-Orifice Pulse Tube Refrigerator to Reach Liquid Helium Temperatures.DOI
  126. 陈国邦，赵莉，金滔，方良（1997）. 用于脉管制冷的热声压缩机实验研究. 《低温工程》.
  127. Guang-Ming Chen, Guo-bang Chen, Jian-Ping Yu (1997). Study on Theoretical Refrigeration Temperature of Regenerative Cryocoolers.DOI
  128. Guang-Ming Chen, Guo-bang Chen, Jian-Ping Yu (1997). Study of the minimum refrigeration temperature of regenerative cryocoolers.DOI
  129. Guang-Ming Chen, Zhizhong Yin, Guo-bang Chen (1997). A Modified Patel-Teja Equation of State for Cryogenic Fluids*.DOI
  130. Guo-bang Chen, Zhongming Xia, Li Zhao, L. Qiu, Jinsheng Zheng, Jian-Ping Yu (1997). Thermodynamic Calculation of Three-stage Pulse Tube Refrigerator.DOI
  131. Dun-Yuan Wang, Zhi-Xiu Huang, Guo-bang Chen, Jian-Yao Zheng, Jian-Ping Yu, Ya-Yu Li, Mingli Shen, Hong-Yan Chen, Rui Xu, Guang-Wen Cui, R. Liu (1997). Development of a Low Temperature Measurement and Control System for Measuring Liquid Oxygen Density.DOI
  132. Li Zhao, Tao Sun, Jian-Yao Zheng, Zhi-Xiu Huang, Guo-bang Chen (1997). On-off Timing Computer Control System for Valved Refrigerator.DOI
  133. Zhongming Xia, L. Qiu, Guo-bang Chen, Li Zhao, Jian-Yao Zheng, Jian-Ping Yu, Zhi-Xiu Huang (1997). Linear Model of Flow Pattern for a Valved Three-Stage Pulse Tube Refrigeration.DOI
  134. Guo-bang Chen, L. Qiu, Jin-Yang Zheng, Peng-Da Yan, Z. Gan, X. Bai, Zhi-Xiu Huang (1997). Experimental study on a double-orifice two-stage pulse tube refrigerator.DOI
  135. Guo-bang Chen, Jian-Yao Zheng, L. Qiu, Xuan Bai, Z. Gan, Peng-Da Yan, Jian-Ping Yu, T. Jin, Zhi-Xiu Huang (1997). Modification test of staged pulse tube refrigerator for temperatures below 4 K.DOI
  136. Guo-bang Chen, L. Qiu, Xin-Hong Zhu, Zhi-Xiu Huang, Li Zhao, Qingkuan Sun (1994). Comparison test of two-valved and valveless puise tube refrigerator.DOI
  137. Guo-bang Chen, Tao Sun, Jian-Yao Zheng, Zhixue Huang, Jian-Ping Yu (1994). Performance of multilayer insulation with slotted shield.DOI
  138. Liang Zhang, L. Gong, Zhengdan Zhu, Jing Zhang, Guo-bang Chen, Pei-Yi Wu, Yi Long (1994). Development and analysis of a 4.2 K G-M refrigerator.
  139. Guo-bang Chen, P. Cui, Jian-Yao Zheng, Zhi-Xiu Huang, Jian-Ping Yu (1994). Laminated dlisplacer in plastic cryocooler with gap regenerator.DOI
  140. 龚领会，张亮，周一鸣，高树武，马艳伶，余晓雨，兰翠玲，陈国邦，吴沛宜（1993）. 5.4K双级G—M型制冷机的实验研究. 《低温与超导》.
  141. Guo-bang Chen, Jian-Yao Zheng, Fa Zhang, Jian-Ping Yu, Zhe Tao, C. Ding, Liang Zhang, Pei-Yi Wu, Yi Long (1992). Investigation on a two-stage solvay refrigerator with magnetic material regenerator.DOI
  142. Bin Zhou, Pei-Yi Wu, Shiliang Hu, Guo-bang Chen (1992). Experimental results of the internal process of a double inlet pulse tube refrigerator.DOI
  143. Guo-bang Chen, Kai-Ming Xie（1991）. 低温安全知识讲座（二）：第二讲 低温流体的化学...
  144. Guo-bang Chen, Qi-Rui Zhang (1991). Advances in cryogenic engineering: volumes 35A and B.DOI
  145. Guo-bang Chen, Kai-Ming Xie（1991）. 低温安全知识讲座（四）：第四讲 工程材料与低温流体的相容性.
  146. Guo-bang Chen, Kai-Ming Xie（1991）. 低温安全知识讲座（三）：第三讲 低温流体的化学...
  147. Guo-bang Chen, T. M. Flynn (1989). Cryogenics and refrigeration : proceedings of international conference, May 22-26, 1989, Zhejiang University, Hangzhou, China.
  148. Guo-bang Chen, Q. Meng (1988). THE GRUNEISEN PARAMETER EQUATIONS FOR CRYOGENIC FLUIDS.DOI
  149. Guo-bang Chen, Guo-Hua Sun, Jing-Tao Liang (1988). THE INFLUENCE OF NON-IDEAL EFFECTS OF ACTUATING MEDIUM ON THE PERFORMANCE OF A PLASTIC CRYOCOOLER.DOI
  150. S. Li, Guo-bang Chen, Z. Huang, F. Zhang, C. Cui, J. Li (1985). An experimental study for a miniature Stirling refrigerator.
  151. V. Arp, J. Persichetti, Guo-bang Chen (1984). The Grüneisen Parameter in Fluids.DOI
  152. V. Arp, J. Persichetti, Guo-bang Chen (1984). Closure to “Discussion of ‘The Grüneisen Parameter in Fluids’” (1984, ASME J. Fluids Eng., 106, pp. 200–201).DOI
  153. J. Arvidson, L. Sparks, Guo-bang Chen (1983). Tensile, Compressive, and Shear Properties of a 64-Kg/m3 Polyurethane Foam at Low Temperatures.DOI

研究方向

工业通用技术及设备无机化工动力工程

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