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不同低温医疗系统的原理性能对比

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摘要 低温医疗技术相对与其他技术有自己无可比拟的优势,而实现这种优势,离不开低温医疗器械和低温医疗系统的发展。迄今为止,研究者们发展了原理多样的器械和系统,包括有预冷的金属、基于Joule-Thomson效应的低温探针、基于相变吸热如液氮或干冰的低温治疗系统、基于热电制冷的低温器械、冷冻系统以及低温热管等。同时根据病灶组织的特点,研究者们还设计出不同的低温医疗方式,如喷溅法,即用压力将低温液体以微雾形式喷溅在病灶组织上;倾注法,即将低温液体直接倾注在病灶部位;接触法,
作者 杨鹏飞
出处 《中国医药导刊》 2012年第8期1469-1472,1446,共5页 Chinese Journal of Medicinal Guide
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参考文献26

  • 1Chang ZH,Finkelstein JJ,Baust JG.Optimization of cryosurgical instrumentation for use in minimally invasive prostate surgery.In:Kelley JP,Goodman J.Recent Advances in Cryogenic Engineering.New York.1993,45~55.
  • 2Chang ZH.Various heat–transfer problems in designing a multiprobe LN2 cryosurgical system.In:Hayes LJ,Roemer RB.Advance in Heat and Mass Transfer in Biological Systems.New York.1994,47~53.
  • 3Gosney MW,Principles of Refrigeration,Cambridge University Press,1982.
  • 4Nolas GS,Goldsmid H,Sharp J.Thermoelectrics:Basic principles and new materials developments,2001,New York,Springer.
  • 5Holman MR,Rowland SJ.Design and development of a new cryosurgical instrument utilizing the Peltier thermoelectric effect.Journal of Medical Engineering and Technology,1997;21,106~112.
  • 6Hamilton A,Hu J.Heat pipe and thermoelectric cooling:development of a new electronic cryoprobe for cryosurgeries.Heat pipes and Thermosyphone,1992;221,53~59.
  • 7Hamilton A,Hu J.An electronic cryoprobe for cryosurgeries using heat pipe and thermoelectric coolers:a preliminary report.J.Med.Eng.Technology,1993.21,106~112.
  • 8于天骅,王洪武,周一欣,刘静,冯华松,陆海英.Endocare型氩氦冷刀冻结与复温性能的实验研究[J].航天医学与医学工程,2003,16(1):60-62. 被引量:21
  • 9Crockett KD.Cryoprobe with warming feature[P].United States Patent 5800488,1998.
  • 10Hewitt PM,Zhao J,Akhter J,etc.A comparative laboratory study of liquid nitrogen and argon gas cryosurgery systems.Cryobiology.1997,35,4,303~308.

二级参考文献21

  • 1罗二仓,周远.混合物节流制冷机的优化原理[J].低温与超导,1996,24(3):1-6. 被引量:13
  • 2国际氩氦靶向肿瘤治疗协作组.氩氦刀研究及临床总结:氩氦靶向肿瘤治疗技术[R].,..
  • 3李松寿,制冷原理与设备,1998年
  • 4王俊杰,第八届全国低温制冷机学术交流会论文集,1996年,250页
  • 5万耀青,最优化计算方法常用程序汇编,1983年
  • 6罗二仓,一种新结构的微型多孔板热交换器.中国实用新型专利.专利号.ZL:97225656 3
  • 7www. revco - sci. com/products/.
  • 8Boiarski, M, et al. Modern trends in designing small- scale throttle- cycle coolers operating with mixed refrigerants[JJ. Cryocooler, 2001, 11:514.
  • 9Podtchemiaev, O, Boiarski, M., Flynn K. Performance of throttle- cycle coolers operating with mixed refrigerants designed for industrial application in a temperature range 100 to 190 K[J]. Advances in Cryogenic Engineering, 2002,47: 863- 872.
  • 10Gong M Q Ialo, E C, Wu J F, et al. Thermodynamic design principle of mixed- gases Kleemenko refrigeration cycles[J] Advances in Cryogenic Engineering, 2002, 47: 873 - 880.

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