Papers - Imai Ryoji

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  1. Study on Dynamic Wetting Behavior in Microgravity Condition Targeted for Propellant Tank

    Ryoji IMAI and Mori MICHIHARA，International Journal of Microgravity Science and Application，vol.34，(3)，(p.340306-1 ～ 340306-11)，2017.07

  2. Development of Boiling and Two-Phase Flow Experiments on Board ISS (Dissolved Air Effects on Subcooled Flow Boiling Characteristics)

    K. SAWADA, T. KURIMOTO, A. OKAMOTO, S. MATSUMOTO, H. TAKAOKA,　H. KAWASAKI, M. TAKAYANAGI, Y. SHINMOTO, H. ASANO,　O. KAWANAMI, K. SUZUKI, R. IMAI and H. OHTA，Int.J. Microgravity Sci. Appl，vol.33，(1)，(p.33106-1 - 33106-11 ～ )，2016.01

  3. Development of Boiling and Two-Phase Flow Experiments on Board ISS (Investigation on Performance of Ground Model)

    T. HIROKAWA, D. YAMAMOTO, D. YAMAMOTO, Y. SHINMOTO, H. OHTA, H. ASANO, O. KAWANAMI, K. SUZUKI, R. IMAI, M. TAKAYANAGI, S. MATSUMOTO, Takashi KURIMOTO, H. TAKAOKA, M. SAKAMOTO, K. SAWADA, H. KAWASAKI, K. FUJII, A. OKAMOTO, K. KOGURE, T OKA, T. TOMOBE and K. USUSKU，Int.J. Microgravity Sci. Appl，vol.33，(1)，(p.33105-1 - 33105-9 ～ )，2016.01

  4. Development of Boiling and Two-Phase Flow Experiments on Board ISS (Void Fraction Characteristics in the Observation Section just at the Downstream of the Heating Section)

    T. GOMYO, H. ASANO, H. OHTA, Y. SHINMOTO, O. KAWANAMI, K. SUZUKI, R. IMAI, T. OKA, T. TOMOBE, K. USUKU, M. SHIMADA, S. MATSUMOTO, T. KURIMOTO, H. TAKAOKA, M. SAKAMOTO, H. KAWASAKI and K. SAWADA，Int.J. Microgravity Sci. Appl，vol.33，(1)，(p.330104-1 - 330104-10 ～ )，2016.01

  5. Development of Boiling and Two-Phase Flow Experiments on Board ISS (Research Objectives and Concept of Experimental Setup)

    H. OHTA, H. ASANO, O. KAWANAMI, K. SUZUKI, R. IMAI, Y. SHINMOTO, S. MATSUMOTO, T. KURIMOTO, H. TAKAOKA, K. FUJII, M. SAKAMOTO, K. SAWADA, H. KAWASAKI, A. OKAMOTO, K. KOGURE, T. OKA, K. USUKU, T. TOMOBE and M. TAKAYANAGI，Int.J. Microgravity Sci. Appl，vol.33，(1)，(p.330102-1 - 330102-11 ～ )，2016.01

  6. Development of Boiling and Two-phase Flow Experiments on board ISS (Condensation Section)

    R. IMAI, K. SUZUKI, H. KAWASAKI, H. OHTA, Y. SHINMOTO, H. ASANO, O. KAWANAMI, S. MATSUMOTO, T. KURIMOTO, H. TAKAOKA, M. SAKAMOTO, K. USUKU, K. SAWADA，Int.J. Microgravity Sci. Appl，vol.33，(1)，(p.330103-1 - 330103-5 ～ )，2016.01

  7. Development of Boiling and Two-Phase Flow Experiments on Board ISS (Temperature Data Derivation and Image Analysis of a Transparent Heated Short Tubein the Glass Heated Section)

    M. OKUBO, O. KAWANAMI, K. NAKAMOTO, H. ASANO, H. OHTA, Y. SHINMOTO, K. SUZUKI, R. IMAI, S. MATSUMOTO, T. KURIMOTO, M. SAKAMOTO, H. TAKAOKA, K. SAWADA, A. OKAMOTO, H. KAWASAKI, M. TAKAYANAGI and K. FUJII，Int.J. Microgravity Sci. Appl，vol.33，(1)，(p.33107-1 - 33107-7 ～ )，2016.01

  8. Aerodynamic levitator for large-sized glassy material production

    S. YODA, W. CHO, R. IMAI，Review of Scientific Instruments，vol.86，(9)，(p.093906-1 - 093906-5 ～ )，2015.09

  9. Recent Progress in JAXA Project of Boiling Two-Phase Flow Experiment onboard ISS

    Fujii K, Komasaki M, Kurimoto T, Kawasaki H, Sawada K, Suzuki K, Asano H, Kawanami O, Imai R, Shinmoto Y and Ohta H，Journal of Physical Science and Application，vol.2，(4)，(p.71 ～ 79)，2012.04

  10. ロケット推薬タンク気相内部熱流動解析および評価試験

    今井良二, 亀谷雄樹, 杉紀夫, 井上琢磨, 石崎真一郎, 藤田真澄, 久保田勲，混相流，vol.25，(5)，(p.487 ～ 493)，2012.03

  11. Proposal of experimental setup on boiling two-phase flow on-orbit experiments onboard Japanese experiment module "KIBO"

    Baba S, Sakai T, Sawada K, Kubota C, Wada Y, Shinmoto Y, OutaH, Asano H, Kawanami O, Suzuki K, Imai R, Kawasaki H, Fujii K, Takayanagi K and Yoda S，Journal of Physics: Conference Series，vol.327，(012055)，(p.1 ～ 12)，2011.12

  12. Thermal Control System for Space Experiment on Two-Phase Boiling Flow -II ; Manufacture and Test of the Condenser system

    Suzuki K, Imai R, Hong C, Kawasaki H, Ishizuka H, Fujii F, Shinmoto Y and Ohta H，vol.28，(2)，(p.S112-S114 ～ )，2011.07

  13. Thermal Control System for Space Experiment on Two-Phase Boiling Flow -I ; Analysis and Design of condenser

    Imai R, Susuki K, Kawasaki H, Hong C, Ishizuka H, Fujii K, Shinmoto Y and Ohta H，Journal of The Japan Society of Microgravity Application，vol.28，(2)，(p.S109-S111 ～ )，2011.07

  14. Basic study on heat rejection system using high heat flux micro channel evaporator

    Imai R Tsukamoto T，Microgravity Science and Technology，vol.19，(Issue3-4)，(p.30 ～ 32)，2007.10

  15. DEVELOPMENT AND RESULTS OF SPACE EVALUATION TEST FOR VANE TYPE TANK SYSTEM (VTS)

    Imai R, Takano Y, Yamada K, Hama K, Nakamura S，Proceedings of the Twenty-Fifth International Symposium on Space Technology and Science selected papers，vol.25，(p.1 ～ 5)，2006.12

  16. Thermal characteristics of the high heat flux micro-evaporator

    Tsukamoto T, Imai R，Experimental Thermal and Fluid Science，vol.30，(Issue 8)，(p.837 ～ 842)，2006.08

  17. On-orbit Cryogenic Fluid Transfer Technique Using Swirl Flow Combined with Condensation by Spray Cooling: Preliminary Study of Microgravity Experiment and Thermal Analysis in Refilling Process

    Kawanami O, Azuma H, Imai R, Ohta H，日本マイクログラビティ応用学会誌，vol.21，(2)，(p.174 ～ 186)，2004.04

  18. マイクロチャンネルの熱流体

    矢野　歳和・今井　良二・磯村　浩介，ながれ，vol.21，(1)，(p.55 ～ 61)，2002.02

  19. 、三色照明光を用いたPTV法による三次元流速測定技術の開発

    菅原弘之，森　貞雄，依田真一，今井良二，大津誠，高草木常彦，渡部成夫，可視化情報学会誌，vol.20，(78)，(p.235 ～ 242)，2000.07

  20. 微小重力下における水のサブクールプール沸騰 気泡挙動とバーンアウトの観察

    鈴木康一、河村洋、青山康明、小山正人、川崎晴彦、今井良二，日本マイクログラビティ応用学会誌，vol.15，(4)，(p.206 ～ 212)，1998.10

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