論文- 永井 大樹 -
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件数:235件
[2005]
201.Performance Evaluation of Double-condenser Loop Heat Pipe onboard Monitor of All-sky X-ray Image (MAXI) in Thermal Vacuum Testing.[Proceedings of the 35th International Conference on Environmental,(2005)]Hiroki Nagai, Shiro Ueno
202.Start-up Behavior of Double-condenser Loop Heat Pipe.[Proceedings of 38th AIAA Thermophysics Conference,(2005)]NAGAI, H., MUTO, M., MURAKAMI, M., UENO, S.
203.Self-induced Temperature Oscillation of Double Condenser Design Loop Heat Pipe.[Proceedings of the 6th World Conference on Experimental Heat Transfer, Fluid Mechanics and Thermophysics 2005,(2005)]NAGAI, H., MUTO, M., MURAKAMI, M., UENO, S.
[2004]
204.Development of Porous Aluminum by Metal Injection Moulding.[Proceedings of the 9th International Conference on Aluminum Alloys,(2004)]NISHIYABU, K., MATSUZAKI, S., ISHIDA, M., TANAKA, S., NAGAI, H.
205.Space Cryogenic System for SPICA Mission.[Astronomical Telescopes and Instrumentation,(2004)]H. Sugita, H. Nagai, T. Nakagawa, H. Murakami, T. Matsumoto, M. Murakami, K. Narasaki, M. Hirabayashi
[2003]
206.Transient and Start-up Behavior of a Double-Condenser Design LHP for Monitor of All Sky X-ray Image (MAXI).[Proceedings of the 7th International Heat Pipe Symposium,(2003),169-174]NAGAI, H., MUTO, M., MURAKAMI, M., UENO, S., MATSUOKA, M.
207.Steady and Transient Behavior of a Double-Condenser Design LHP for MAXI.[Proceedings of 36th AIAA Thermophysics Conference,(2003)]NAGAI, H., MUTO, M., MURAKAMI, M., UENO, S., MATSUOKA, M.
[2002]
208.Thermal Shock Wave in He II induced by Gasdynamic Shock Wave Impingement onto He II Free Surface.[Proceedings of 19th International Cryogenic Engineering Conference,(2002),771-774]YANAKA, K., UETA, Y., MURAKAMI, M., YANG, H.S., NAGAI, H.
209.Thermal Behavior of a Double-Condenser Design LHP for Monitor of All-sky X-ray Image.[Proceedings of the 32th International Conference on Environmental,(2002)]MUTO, M., NAGAI, H., MURAKAMI, M., UENO, S., MATSUOKA, M.
210.Experimental Study for shock wave propagation of He II with Lambda Phase Transition.[Proceedings of 19th International Cryogenic Engineering Conference,(2002),763-766]NAGAI, H., UETA, Y., YANAKA, K., MURAKAMI, M.
211.Experiments of Highly Transient Thermo-fluid dynamic Phenomena in He II induced by Gas Dynamic Shock wave Impingement.[Advances in Cryogenic Engineering,47,(2002),1327-1334]NAGAI, H., MURAKAMI, M., YANG, H.S., UETA, Y., YANAKA, K.
212.Study of thermal shock wave in shock-compressed He II induced by gas dynamic shock wave impingement.[Advances in Cryogenic Engineering,47,(2002),1380-1387]YANG, H.S., UETA, Y., NAGAI, H., MURAKAMI, M., YANAKA, K.
213.Experimental study of lambda-phase transition induced by shock compression.[Cryogenics,42,(2002),645-651]UETA, Y., YANAKA, K., MURAKAMI, M., NAGAI, H., YANG, H.S.
214.Experiments of highly transient thermo-fluid dynamic phenomena in HeII induced by gas dynamic shock wave impingement.[ADVANCES IN CRYOGENIC ENGINEERING, VOL 47, PTS A AND B,613,(2002),1327-1334]H Nagai, HS Yang, Y Ueta, K Yanaka, M Murakami
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[2001]
215.Propagation of a compression shock wave in He II induced by gasdynamic shock wave impingement onto He II free surface.[Proceedings of the 23rd International Synposium on Shock Wave,(2001),778-785]UETA, Y., NAGAI, H., YANG, H.S., MURAKAMI, M., YANAKA, K.
216.Experimental Study of Thermal Shock Wave in Superfluid Shock Tube Facility.[Proceedings of the 23rd International Symposium on Shock Wave,(2001),769-777]NAGAI, H., MURAKAMI, M., YANG, H.S., UETA, Y., YANAKA, K.
217.Experimental Study of Thermo-Fluid Dynamic Phenomena in Superfluid Helium by using Superfluid Shock Tube Facility.[Proceedings of the 5th World Conference on Experimental Heat Transfer, Fluid Mechanics and Thermophysics 2001,(2001),1871-1876]NAGAI, H., UETA, Y., YANG, H.S., Murakami, M., YANAKA, K.
218.微小重力下における液量計測技術に関する研究.[日本マイクログラビティ応用学会誌,18,(2001),263-268]中納暁洋,武藤美希,藤山純一,永井大樹,村上正秀
219.気体力学的衝撃波の入射により超流動ヘリウム中に誘起された衝撃波における温度計測実験.[低温工学,36,(2001),2-9]YANG, H.S., 永井大樹,村上正秀,上田康裕
220.Application of superfluid shock tube facility to experiments of highly transient low-temperature thermo-fluid dynamic phenomena.[Cryogenics,41,(2001),421-428]NAGAI, H., YANG, H.S., UETA, Y., MURAKAMI, M., TAKANO, N., YANAKA, K.
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