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A Study of Thermodynamic Properties for Novel Refrigerants with Rapid and Precise Density Measurement Technique.pdf

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A Study of Thermodynamic Properties for Novel Refrigerants with Rapid and Precise Density Measurement Technique.pdf

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文档介绍:A Study of Thermodynamic Properties for Novel Refrigerants
with Rapid and Precise Density Measurement Technique
A Dissertation
Presented in Partial Fulfillment of the Requirements for the
Degree of Doctor of Philosophy
2002
Yohei Kayukawa
The Center for Environment, Resources and Energy
School of Science for Open and Environmental Systems
Graduate School of Science and Technology
Keio University
Acknowledgements
I gratefully acknowledge my supervisor, Professor Koichi Watanabe, Department of System Design Engineering,
Keio University, for his kind and thoughtful suggestions and advices. For five years during my undergraduate, mas-
ter’s course and doctoral course, I have belonged his laboratory and have learned many things through considerable
discussions not only about the topics concerned with the present thesis. His appropriate and timely advices have
been important factors in pletion of this thesis.
I also would like to express gratitude to the mittee members for my thesis, Professors Masahiko
Mizomoto, Hideki Tsuge of the Center for Environment, Resources and Energy, School of Science for Open and En-
vironmental Systems, Keio University, and Professor Masahiko Uematsu of the Center for Mechanical Engineering
and Applied Mechanics, School of Integrated DESIGN Engineering, Keio University, for their participation, valu-
able suggestions and reviewing. Professor Haruki Sato, Department of System Design Engineering, Keio University,
is appreciated for his suggestions.
Professor Yukihiro Higashi, Mechanical Engineering Department, Iwaki Meisei University, and Dr. Kenichi
Fujii, National Metrology Institute of Japan, are greatly acknowledged for offering the densimeter cell and many
sophisticated technical advices. I also thank Professor Noboru Kagawa, Department of Mechanical Engineering,
National Defense Academy, and Dr. Kazuhiko Murakami, Faculty of Mechanical Engineering, Tokyo Metropolitan
University, for their appreciated su