한국초전도저온공학회지:초전도와저온공학 (Superconductivity and Cryogenics)

한국초전도저온학회 (The Korean Society of Superconductivity and Cryogenics)
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맥동관 냉동기

  • 발행 : 2000.07.01
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참고문헌

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  2. ASHRAE Journal Themoacoustic refrigeration Garret S.L.;Hofler T.J.
  3. Crygenics v.26 Pulse Tube Refrigerator-an Alternative Cryocooler? Richardson R.N.
  4. Advances in Cryogenic Engineering v.35 A Review of Pulse Tube Refrigerator Radebaugh R.
  5. Advances in Cryogenic Engineering v.31 A Comparison of Three Types of Pulse Tube Refrigerators: New Methods for Reaching 60K Radebaugh R.;Zimmerman J.;Smith D.R.
  6. ASHRAE Journal Malone refrigeration Swift G.W.
  7. Cryogenics v.36 no.10 General Pulse Tube Theory Kittel P.;Kashani A.;Lee J.M.;Roach P.R.
  8. Advances in Cryogenic Engineering v.10 Pulse Tube Refrigeration Gifford W.E.;Longworth R.C.
  9. Advances in Cryogenic Engineering v.10 Pulse Tube Refrigeration Progress Gifford W.E.;Longworth R.C.
  10. Advances in Cryogenic Engineering v.29 Low Temperature Expansion Pulse Tubes Mikulin E.I.;Tarasov A.A.;Shkrebyonock M.P.
  11. Advances in Cryogenic Engineering v.33 Development and Experimental Test of An Analytical Model of the Orifice Pulse Tube Refrigerator Storch P.J.;Radebaugh R.
  12. Cryogenics Development of A Single-stage Pulse Tube Refrigerator Liang J.;Zhou Y.;Zhu W.
  13. Cryogenics v.30 Double inlet pulse tube refrigerators:an inportant improvement Zhu S.;Wu P.;Chen Z.
  14. Cryogenics v.34 no.9 Experimental analysis of the mulit-bypass principle in pulse tube refrigerators Cai J.H.;Wang J.J.;Zhu W.X.;Zhou Y.
  15. Cryogenics v.35 no.9 Experimental study of mulit-bypass refrigerator Wang C.;Wang S.Q.;Cai J.H.;Yuan Z.
  16. Proc. Fifth Intl. Cryocooler Conf. Alternative Methods of the Orifice Pulse Tube Refrigerator Matusbara Y.;Miyake A.
  17. Proc. Intl. Conf. Cryogenics and Refrigeration Conceptual Design of Modified Pulse Tube Refrigerator Matusbara Y.;Kaneko M.;Miyake A.
  18. Cryogenics v.37 no.2 Use of inertance in orifice pulse tube refrigerators Gardner D.L.;Swift G.W.
  19. Phys. Today v.38 no.8 Natural Engines Wheatley T.;Cox A.
  20. Proc. Int'l Cryocooler Conf. Pulse tube refrigerator research Zhou Y.;Han Y.J.
  21. Cryocoolers 8 Multi-stage pulse tube refrigerator for temperatures below 4K Matsubara Y.;Gao J.L.
  22. Proc. ICEC16/ICMC Nitrogen precooled multi-stage pulse tube refrigerator reaching 2.1K Thummes G.;Bender S.;Geiden C.
  23. J. Acoust. Soc. Am. v.84 no.4 Thermoacoustic Engines Swift G.W.
  24. Physic Today Thermoacoustic Engines nad Refrigerators Swift G.W.
  25. Cryocoolers 10 IMAS pulse tube cooler development and testing Chan C.K.;Nguyen T.;Colbert R.;Raab J.;Ross R.G.;Johnson D.L.
  26. Cryocookers 10 Air force research laboratory cryocooker technology development Davis T.M.;Reilly J.;Tomlinson F.L.B.J.
  27. Cryocookers 10 Development of a 1 to 5W at 80K Stirling pulse tube refrigerator Hiratsuka Y.;Kang Y.M.;Matsubara Y.
  28. Cryocookers 10 Development of a 2W at 60L pulse tube cryocooler for spaceborneoperation Kotsubo V.;Olsen J.R.;Nast T.C.
  29. Cryocookers 10 Performance of a two-stage pulse tube cryocooler for space application Olsen J.R.;Kotsubo V.;Champagne P.J.;Nast T.C.
  30. Cryocookers 10 A pulse tube cryocooler for telecommunications applications Martin J.L.;Corey J.A.;Martin C.M.