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关于热管技术应用的探究 被引量：2

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摘要 本文对热管的技术、基本的工作原理、性能的特征进行了阐述,并对热管在每个行业领域的实际应用、现状以及未来发展,并对热管的应用空间进行了展望。
作者 张宏伟
机构地区 天津华能北方热力设备有限公司
出处 《低碳世界》 2019年第1期303-304,共2页 Low Carbon World
关键词 热管 技术 应用 原理 前景
分类号 TK172.4 [动力工程及工程热物理—热能工程]
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  • 1[1]with aqueous solution hydrogen peroxide as heat carrier under long-term service. Advances in Heat Pipe Science and Technology. Proc. 8th Int. Heat Pipe Conf. Beijing.pp. 504-506. 1992
  • 2[2]X.g. Shao,C. H. Sun and M. Mi. Study on Working Capability of Axially Grooved Heat Pipe with MultiEvaporators. Advances in Heat Pipe Science and Technology. Proc. 8th Int. Heat Pipe Conf. Beijing. pp. 288-291. 1992
  • 3[3]V.L. Barantsevich and B. N. Ovchinnikov. The Heat Transfer Characteristic Improvement of the AxialGrooved Heat Pipes. Advances in Heat Pipe Science and Technology. Proc. 8th Int. Heat Pipe Conf. Beijing. pp. 341-344. 1992
  • 4[4]K. Tasaka, R. Saeki, M. Kureta, etc. Dynamic Two Phase Flow Visualization in a Thermosyphon with an Inclined Adiabatic Section by Using Neutron Radiography. Advances in Heat Pipe Science and Technol ogy. Proc. 8th Int. Heat Pipe Conf. Beijing. pp. 275-279. 1992
  • 5[5]X.Y. Wan,P. Johnson and A. Akbarzadeh. Comparison of Thermal Performances of R123 and R11 in an Internal Rectangular Grooved Gravity Assisted Heat Pipe for Use in Energy Recovery Systems. Advances in Heat Pipe Science and Technology. Proc. 8th Int. Heat Pipe Conf. Beijing. pp. 328-334. 1992
  • 6[6]Ha Manh Thu ,BuiHai and Dang Quoc Phu. An Investigation of Grooved Gravitational Closed Thermosyphons. Advances in Heat Pipe Science and Technology.Proc. 8th Int. Heat Pipe Conf. Beijing. pp. 379 - 384.1992
  • 7[7]I. A Zelenov,Y. A. Poskonin,V. N. Timofev,etc. Fl exible Low Temperature and/cryogenic Heat Pipes for the Space Controlled Radiator-Emitter. Advances in Heat Pipe Science and Technology. Proc. 8th Int. Heat Pipe Conf. Beijing. pp. 657- 660.1992
  • 8[8]R.M. Bayasan,Y. N. Shirikhin and s. Kh. Neytur. Research and development of Double-phase Thermosiphons and Gradient Evaporator. Advances in Heat Pipe Science and Technology. Proc. 8th Int. Heat Pipe Conf. Beijing. pp. 368-372. 1992
  • 9[9]L.L. Vasiliev, D. K. Khrustalev, etc. High-Efficient Condensers with Capillary Channels. Advances in Heat Pipe Science and Technology. Proc. 8th Int. Heat Pipe Conf. Beijing. pp. 259-263. 1992
  • 10[10]M. Tamaki, K. Ohkubo, etc. Research and Devel opment of Sodium Heat Pipes. Advances in Heat Pipe Science and Technology. Proc. 8th Int. Heat Pipe Conf. Beijing. pp. 270-274. 1992

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低碳世界
2019年 第1期

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