Organization
Undergraduate School School of Science and Technology Professor
Title
Professor
Homepage
External link
Degree
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Doctor of Engineering ( Tokyo Institute of Technology )
Research Areas
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Manufacturing technology (mechanical,electrical/electronic, chemical engineering) / Thermal engineering
Education
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Tokyo Institute of Technology Graduate School, Division of Integrated Science and Engineering
- 1990.3
Country/Region： Japan
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Tokyo Institute of Technology School of Engineering
1984.4 - 1988.3
Country/Region： Japan
Research History
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Professor
2007.4
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Meiji University School of Science and Technology, Department of Mechanical Engineering Associate Professor
2006.4 - 2007.3
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Associate Professor
2001.4 - 2006.3
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Associate Professor
2000.2 - 2001.3
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Research Assistant
1998.4 - 2000.1
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Research Assistant
1996.10 - 1998.3
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Researcher
1993.5 - 1994.3
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Research Assistant
1990.4 - 1996.10
Professional Memberships
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日本熱物性学会
2010.4
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日本熱測定学会
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電気学会
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日本伝熱学会
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日本機械学会
Papers
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Attempt of estimating flow characteristics from wall heat fluxes measured using a three-point micro-electro-mechanical systems sensor
Kazuhito Dejima, Osamu Nakabeppu
International Journal of Engine Research 22 ( 6 ) 1974 - 1984 2021.6
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Three-point MEMS heat flux sensor for turbulent heat transfer measurement in internal combustion engines
Kazuhito Dejima, Osamu Nakabeppu, Yuto Nakamura, Tomohiro Tsuchiya, Keisuke Nagasaka
International Journal of Engine Research 20 ( 7 ) 696 - 705 2019.9
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Development of metal substrate MEMS sensors for local multipoint heat flux measurement in engines
Kazuhito Dejima, Osamu Nakabeppu, Yuto Nakamura, Tomohiro Tsuchiya, Keisuke Nagasaka
International Heat Transfer Conference 2018- 8721 - 8726 2018
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Development of a metal base MEMS sensor for heat flux measurement on Engine inner wall Reviewed
84 ( 858 ) 17 2018
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Turbulent properties in IC engine derived from wall heat flux measured with a three point thin film sensor
O. Nakabeppu, K. Dejima
International Heat Transfer Conference 2018- 8850 - 8857 2018
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HEAT TRANSFER ON AN ENGINE INNER WALL MEASURED WITH A MEMS SENSOR Reviewed
Kazuhito Dejima, Osamu Nakabeppu, Yuto Nakamura, Keisuke Nagasaka, Tomohiro Tsuchiya
Proc. 6th International Symposium on Micro and Nano Technology ISMNT-6 2099 2017.3
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Development of MEMS heat flux vector sensor for internal combustion engines
Kazuhito Dejima, Osamu Nakabeppu, Keisuke Nagasaka, Yuto Nakamura, Tomohiro Tsuchiya
COMODIA 2017 - 9th International Conference on Modeling and Diagnostics for Advanved Engine Systems 2017
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Local three-point heat flux measurement on sub-millimeter scale in an internal combustion engine
Kazuhito Dejima, Osamu Nakabeppu, Yuto Nakamura, Tomohiro Tsuchiya
11th Asia-Pacific Conference on Combustion, ASPACC 2017 2017- 2017
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Development of instantaneous local heat flux sensor for internal combustion engine
Yuto Nakamura, Kazuhito Dejima, Tomohiro Tsuchiya, Osamu Nakabeppu
11th Asia-Pacific Conference on Combustion, ASPACC 2017 2017- 2017
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HEAT FLUX MEASUREMENT ON ENGINE INNER WALL AND TRANSIENT HEAT CONDUCTION ANALYSIS Reviewed
O. Nakabeppu, K. Dejima, Y. Nakamura, K. Nagasaka, T. Tsuchiya
International Symposium on Micro-Nano Science and Technology 2016 2016.12
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HEAT FLUX MEASUREMENT OF SINGLE CYCLE ENGINE SIMULATOR (RCEM) WITH MEMS SENSOR Reviewed
O. Nakabeppu, Y. Nakamura, K. Nagasaka, T. Tsuchiya, R. Yamada, S. Sato, H. Kosaka
Proceedings of the 4th International Forum on Heat Transfer, IFHT2016 2016.11
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HEAT FLUX MEASUREMENT USING LASER INTERFEROMETRY AROUND A SPHERICAL GROWING BUBBLE DOMINATED BY LIQUID PHASE HEAT TRANSFER Reviewed
K. Dejima, O.Nakabeppu
The 27th International Symposium on Transport Phenomena ISTP27 077 2016.9
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THIN FILM SENSOR ON METAL SUBSTRATE FOR MEASURING HEAT FLUX OF ENGINE INNER WALL Reviewed
O. Nakabeppu, K. Nagasaka, Y. Nakamura, T. Tsuchiya, K. Dejima
The 27th International Symposium on Transport Phenomena 2016.9
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Nano-DTA and nano-DSC with cantilever-type calorimeter Reviewed
Osamu Nakabeppu, Kohei Deno
THERMOCHIMICA ACTA 637 1 - 10 2016.8
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Thin film resistance sensor for wall heat flux measurement in premixed combustion
NAKABEPPU Osamu, TSUCHIYA Tomohiro, NAKAMURA Yuto, NAGASAKA Keisuke
Transactions of the JSME (in Japanese) 82 ( 840 ) 16 - 00083-16-00083 2016.5
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HEAT FLUX MEASUREMENT METHOD ON INNER WALL OF ENGINE WITH MEMS SENSOR Reviewed
Osamu NAKABEPPU, Tomohiro TSUCHIYA, Yuto NAKAMURA, Keisuke NAGASAKA
Proc. of the 1st PRTEC, PRTEC-14821 2016.3
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Improvement of Active Thermometry on Scanning Thermal Microscopy Reviewed
Masanori Mizobe, Osamu Nakabeppu
Proc. of the 1st PRTEC PRTEC 14959 2016.3
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Study on Removal Performance of Suspended Particulate Matter by Humidity Swing Air Cleaning Method Reviewed
Toshiyuki Haga, Osamu Nakabeppu
Proc. of the 1st PRTEC PRTEC 14716 2016.3
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Study on removal effect of suspended particulate matter by humidity swing air cleaning method Reviewed
Toshiyuki Haga, Yuki Aoki, Osamu Nakabeppu
JOURNAL OF THERMAL SCIENCE AND TECHNOLOGY 11 ( 3 ) 2016
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MEMS sensor measurement of surface temperature response during subcooled flow boiling in a rectangular flow channel Reviewed
Tomohide Yabuki, Randy Samaroo, Osamu Nakabeppu, Masahiro Kawaji
EXPERIMENTAL THERMAL AND FLUID SCIENCE 67 24 - 29 2015.10
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Flow Type Bio-Chemical Calorimeter with Micro Differential Thermopile Sensor Reviewed
Masataka Saito, Osamu Nakabeppu
JOURNAL OF NANOSCIENCE AND NANOTECHNOLOGY 15 ( 4 ) 2917 - 2922 2015.4
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EVAPORATION AND DEWETTING OF MICROLAYER BENEATH BOILING BUBBLE IN MINICHANNEL Reviewed
O. Nakabeppu, T. Saito, T.Yabuki
ISTP-25 2014.9
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Heat transfer mechanisms in isolated bubble boiling of water observed with MEMS sensor Reviewed
Tomohide Yabuki, Osamu Nakabeppu
INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER 76 286 - 297 2014.9
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湿度スイング空気清浄法における浮遊粒子状物質除去作用の理論的研究 Reviewed
中別府修, 小野田渚
Thermal Science & Engineering 22 ( 3 ) 47 - 57 2014.7
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Removal characteristics of Suspended Particulate Matter with Humidity Swing Air Cleaning Method Reviewed
Thermal Science and Engineering 22 ( 1 ) 11 - 20 2014.1
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REMOVAL MECHANISMS OF SUSPENDED PARTICULATE MATTER IN HUMIDITY SWING AIR CLEANING METHOD Reviewed
Nagisa Onoda, Osamu Nakabeppu
PROCEEDINGS OF THE ASME INTERNATIONAL MECHANICAL ENGINEERING CONGRESS AND EXPOSITION, 2013, VOL 8B 2014
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Study on microlayer beneath flat boiling bubble in mini-channel with MEMS sensors Reviewed
Takuya SAITO, Tomohide YABUKI, Osamu NAKABEPPU
The 24th International SYmposium on Transport Phenomena, ISTP-24 312 - 317 2013.11
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Development of biochemical calorimeter with MEMS thermopile sensor
Masataka Saito, Jun Takeuchi, Osamu Nakabeppu
Proc. 3rd International Forum on Heat Transfer (IFHT2012), IFHT2012-174 2012.11
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Micro-scale measurement of saturated and subcooled nucleate boiling heat transfer
Tomohide Yabuki, Osamu Nakabeppu
Proc. 3rd International Forum on Heat Transfer (IFHT2012), IFHT2012-146 2012.11
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Study on SThM with Multifunctional Thermal Cantilever Probe
Masayuki Shinya, Osamu Nakabeppu
Proc. 3rd International Forum on Heat Transfer (IFHT2012) IFHT2012-157 2012.11
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Micro-Thermal Analysis with Cantilever Type MEMS Calorimeter (Experiment of High Temperature Thermal Analysis)
Junichi ISHII, Hiroki HAYAKAWA, Osamu NAKABEPPU
The 8th KSME-JSME Thermal and Fluids Engineering Conference (TFEC8), Songdo, Incheon, KOREA, GSF30-008 2012.3
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Development of Microscale Thermal Measurement Techniques by Scanning Thermal Microscope with Multifunctional Cantilever Probe
Masayuki SHINYA, Osamu NAKABEPPU
The 8th KSME-JSME Thermal and Fluids Engineering Conference (TFEC8), Songdo, Incheon, KOREA, GSF30-010 2012.3
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Nanocalorimeter for DTA and Mass Measurement in High Temperature Range
Junichi Ishii, Osamu Nakabeppu
Netsu Sokutei W39 14,19 2012.1
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VARIATION IN SIZE DISTRIBUTION OF SUSPENDED PARTICULATE MATTERS IN AIR WITH HUMIDITY SWING OPERATION Reviewed
Nagisa Onoda, Osamu Nakabeppu
PROCEEDINGS OF THE ASME INTERNATIONAL MECHANICAL ENGINEERING CONGRESS AND EXPOSITION - 2010, VOL 7, PTS A AND B 831 - 836 2012
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Interferometric Measurement of the Liquid-Phase Temperature Field around an Isolated Boiling Bubble
Tomohide Yabuki, Takuya Hamaguchi, Osamu Nakabeppu
JOURNAL OF THERMAL SCIENCE AND TECHNOLOGY 7 ( 3 ) 463 - 474 2012
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REDUCTION EFFECTS OF SUSPENDED PARTICULATE MATTERS IN AIR BY THERMAL MOISTURE SWING METHOD
Nagisa Onoda, Shota Ishiguchi, Osamu Nakabeppu
PROCEEDINGS OF THE ASME INTERNATIONAL MECHANICAL ENGINEERING CONGRESS AND EXPOSITION, 2011, VOL 6, PTS A AND B 363 - 368 2012
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On adhesion type micro manipulator with thermal control of capillary force
Osamu Nakabeppu, Tatsuhiko Kato, Masayuki Shinya
Nihon Kikai Gakkai Ronbunshu, B Hen/Transactions of the Japan Society of Mechanical Engineers, Part B 78 ( 794 ) 1870 - 1880 2012
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Filterless air cleaning with moisture thermal control method
Nagisa Onoda, Shota Ishiguchi, Osamu Nakabeppu
The 4th International Conference on Heat Transfer and Fluid Flow in Microscale (HTFFM-4) HTFFM-4-128 2011.9
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Experimental study on heat transfer to boiling bubble from superheated liquid layer
Tomohide Yabuki, Takuya Hamaguchi, Takayuki Kobayashi, Osamu Nakabeppu
The 4th International Conference on Heat Transfer and Fluid Flow in Microscale (HTFFM-4) HTFFM-4-144 2011.9
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EXPERIMENTAL ANALYSIS OF THERMAL AND ELECTRIC TRANSPORT CHARACTERISTICS OF NANO-GAPS Reviewed
Kohei Ito, Tomoaki Hagio, Akira Matsuo, Yasushi Iwaisako, Osamu Nakabeppu
PROCEEDINGS OF THE ASME/JSME 8TH THERMAL ENGINEERING JOINT CONFERENCE 2011, VOL 2 509 - + 2011
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HEAT TRANSFER CHARACTERISTICS OF ISOLATED BUBBLE NUCLEATE BOILING OF WATER Reviewed
Tomohide Yabuki, Osamu Nakabeppu
PROCEEDINGS OF THE ASME/JSME 8TH THERMAL ENGINEERING JOINT CONFERENCE 2011, VOL 1 PTS A AND B 1473 - 1482 2011
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AIR CLEANING METHOD WITH HUMIDITY SWING OPERATION FOR REDUCING SUSPENDED PARTICULATE MATTERS Reviewed
Nagisa Onoda, Osamu Nakabeppu
PROCEEDINGS OF THE ASME/JSME 8TH THERMAL ENGINEERING JOINT CONFERENCE 2011, VOL 2 29 - 35 2011
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Removal effect of humidity swing operation on suspended particulate matters Reviewed
Nagisa Onoda, Osamu Nakabeppu
Nihon Kikai Gakkai Ronbunshu, C Hen/Transactions of the Japan Society of Mechanical Engineers, Part C 76 ( 768 ) 1945 - 1946 2010
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On heat transfer mechanism of nucleate boiling with MEMS sensors (3rd report, evaluation of the approach method and heat transfer characteristics of isolated boiling bubble)
Tomohide Yabuki, Osamu Nakabeppu
Nihon Kikai Gakkai Ronbunshu, B Hen/Transactions of the Japan Society of Mechanical Engineers, Part B 76 ( 771 ) 1932 - 1941 2010
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REMOVAL OF SUSPENDED PARTICULATE MATTERS BY HUMIDITY SWING OPERATION FOR AIR-CLEANING METHOD Reviewed
Nagisa Onoda, Osamu Nakabeppu
PROCEEDINGS OF THE ASME MICRO/NANOSCALE HEAT AND MASS TRANSFER INTERNATIONAL CONFERENCE, VOL 3 79 - 84 2010
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On heat transfer mechanism of nucleate boiling with MEMS sensors (2nd report, electrolysis triggering and heat transfer analysis)
Osamu Nakabeppu, Hideaki Wakasugi
Nihon Kikai Gakkai Ronbunshu, B Hen/Transactions of the Japan Society of Mechanical Engineers, Part B 76 ( 764 ) 634 - 641 2010
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MEMS sensor for heat transfer study on nucleate boiling Reviewed
Tomohide Yabuki, Takuya Hamaguchi, Osamu Nakabeppu
Nihon Kikai Gakkai Ronbunshu, C Hen/Transactions of the Japan Society of Mechanical Engineers, Part C 76 ( 768 ) 1931 - 1932 2010
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APPROACH TO HEAT TRANSFER MECHANISM BENEATH BOILING BUBBLE WITH MEMS SENSOR Reviewed
Tomohide Yabuki, Osamu Nakabeppu
MNHMT2009, VOL 2 41 - 47 2010
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SThMによる局所熱伝導率計測に関する研究
中別府修, 磨田謙一
日本機械学会論文集（Ｂ編） 72 ( 722 ) 2524-2531 2006.10
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Cell Metabolism Monitoring with MEMS Sensor
NAKABEPPU Osamu, SAKAYORI Junichi
Thermal Science and Engineering 14 ( 4 ) 115-120 - 120 2006.10
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NAKABEPPU Osamu, FURUKAWA Yuta
Transactions of the Japan Society of Mechanical Engineers B 72 ( 722 ) 2532-2539 - 2539 2006.10
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超微量熱分析“ナノカロリメトリ”の技術動向
中別府 修
熱物性,日本熱物性学会 20 ( 3 ) 138-144 2006.8
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ナノスケール温度・熱物性計測
中別府 修
マイクロ・ナノ熱流体ハンドブック,NTS 570-589 2006.1
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SCANNING THERMAL MICROSCOPY FOR QUANTITATIVE THERMAL MEASUREMENTS
Osamu NAKABEPPU, Kenichi Tokita, Yuya Miyata, Takahiro Kanda
'The Assembly of World Conference on Expermental Heat Transfer, Fluid Mechanics, and Thermodynamics Sixth World Conference on Experimental Heat Transfer, Fluid Mechanics and Thermodynamics,9-b-15,(CD-ROM)' 2005.4
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局所熱計測の世界
中別府修
日本応用物理学会第52回応用物理学関係連合講演会予稿集 No.0 44 2005.3
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Study onn Heat Trasfer beneath Vapor Bubble in Nucleate Boiling with MEMS Sensor
Osamu NAKABEPPU, Hideki WAKASUGI, Yuta FURUKAWA
'Proc. Of the 6th KSME-JSME Thermal and Fluids Engineering Conference,CJ-03(CD-ROM)' 2005.3
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Thermal Engineering Research with MEMS Sensors
Osamu NAKABEPPU
'Proc. Of the 6th KSME-JSME Thermal and Fluids Engineering Conference,DE-07(CD-ROM)' 2005.3
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Heat Transport characteristics of Micro-Loop Heat Pipe with Capillary Pump Structure
Osamu NAKABEPPU, Yuya MIYATA, Takuya HORI
Thermal Science and Engineering Vol.13 ( No.1 ) pp47-52 - 52 2005.1
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Improvement of an Active Temperature Measurement Cantilever of a Scanning Thermal Microscope
Osamu Nakabeppu, Takahiro Kanda
IEEJ Transactions on Sensors and Micromachines 124 ( 12 ) 453 - 458 2005
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STｈMによる局所熱伝導率計測法に関する研究
中別府修, 磨田謙一
日本機械学会熱工学コンファレンス2004講演論文集 2004.11
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Development of thermal conductivity measurement techniwue by scanning thermal microscopy
Osamu Nakabeppu, Kenichi TOKITA
Proc. 1st International Forum on Heat Transfer pp221-222 2004.11
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Heat transport characteristics of micro-machined capillary pumped loop heat pipe
Osamu NAKABEPPU, Yuya MIYATA
Proc. 1st International Forum on Heat Transfer pp43-44 2004.11
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MEMS熱分析の試み
中別府修, 出野恒平
日本熱測定学会第40回記念熱測定討論会講演要旨集 364-365 2004.10
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Applications of MEMS Seneors in Thermal Engineering
Osamu NAKABEPPU
'Engineering Conference International Proc. Of Transport Phenomena in Micro and Nanodevices,(CD-ROM)' 2004.10
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MEMSセンサによる沸騰気泡核近傍の局所温度計測
中別府修, 古川雄太
第41回日本伝熱シンポジウム講演論文集 2 361-362 2004.6
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マイクロチャンネルループヒートパイプの熱輸送特性
中別府修, 宮田悠也
第41回日本伝熱シンポジウム講演論文集 1 335-336 2004.6
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極微細スケール実温度計測機能を有する走査型熱顕微鏡の開発
中別府修
文部科学省科学研究費補助金研究成果報告書 2004.5
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Experimental study on heat transport device with bubble drive micropump
Osamu NAKABEPPU, Kenzaburo SEKI
The Pacific Center of Thermal-Fluids Engineering Proc. of The 1st International Symposium on Micro & Nano Technology V-1-03(CD-ROM) 2004.3
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Gas absorption of slug flow in microchannel (1st report, experimental study with CO2/water system)
Osamu Nakabeppu, Kohei Deno
Nippon Kikai Gakkai Ronbunshu, B Hen/Transactions of the Japan Society of Mechanical Engineers, Part B 70 ( 693 ) 1285 - 1292 2004
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Gas Absorption of Slug Flow in Microchannl
Osamu NAKABEPPU, Kohei DENO
JSME International Symposium on Micro-Mechanical Engineering(ISMME2003) No.03-202 pp344-350 - 350 2003.12
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Quantitative Temperature Imaging by Scanning Thermal Microscopy
NAKABEPPU Osamu
Transactions of Visualization Society of Japan Vol.23 ( No.90 ) 151-156 - 156_1 2003.11
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STｈMによる局所熱伝導率の定量的計測に関する研究
磨田謙一, 中別府修
日本機械学会熱工学コンファレンス講演論文集 No.03-20 305-306 2003.11
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MEMSカンチレバーセンサーによる微小熱計測の試み
中別府修
日本機械学会熱工学コンファレンス講演論文集 No.03-20 303-304 2003.11
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蒸気泡マイクロポンプを内蔵した熱輸送デバイス
中別府修, 関健三郎
第40回日本伝熱シンポジウム講演論文集 1 323-324 2003.6
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マイクロチャンネル内スラグ流におけるガス吸収特性
出野恒平, 中別府修
第40回日本伝熱シンポジウム講演論文集 2 569-570 2003.6
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自励震動型ヒートパイプの流動・熱輸送特性
村上正覧, 井上剛良, 中別府修
第40回日本伝熱シンポジウム講演論文集 1 315-316 2003.6
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Operating Characteristics of Micro-Machined Bubble-Drive Micropumps
Osamu Nakabeppu, Kenzaburo Seki, Kenichi Ohko
'Proc. 6th ASME-JSME Thermal Engineering Joint Conference,A1-424(CD-ROM)' 2003.3
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Active and Passive Thermal Imaging in Scanning Thermal Microscopy
Osamu Nakabeppu, Takamitsu Suzuki
'Proc. 6th ASME-JSME Thermal Engineering Joint Conference,A1-304(CD-ROM)' 2003 ( 6 ) 36 - 36 2003.3
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Development of null method type radiation temperature measurement system : Verification of measurement principle and fabrication of MEMS sensor
NAKABEPPU Osamu, SASAKI Kazuyuki
Proceedings of thermal engineering conference No.02-22 109-110 - 110 2002.11
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Development of Scanning Thermal Microscopy for Nano-scale Real Temperaure Measurement.
Osamu Nakabeppu, Takamitsu Suzuki
'Heat Transfer 2002,Proceedings of the Twelfth International Heat Transfer Conference' Vol.1 pp447-452 - 452 2002.8
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Microscale real temperature measurement on Scanning Thermal Microscopy
NAKABEPPU Osamu, SUZUKI Takamitsu
Transactions of Visualization Society of Japan 22 ( 1 ) 171-172 - 172 2002.8
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マクロヒーターからの気泡生成における溶存ガスの影響
井上剛良, 本郷章紀, 中別府修
第39回日本伝熱シンポジウム講演論文集 1 153-154 2002.6
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蒸気泡駆動型マイクロポンプの作動特性
関健三郎, 中別府修, 外崎峰広, 堀和仁
第39回日本伝熱シンポジウム講演論文集 3 765-766 2002.6
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走査型熱顕微鏡における実温度計測システムの開発
中別府修, 鈴木孝充, 井上剛良
第39回日本伝熱シンポジウム講演論文集 2 369-370 2002.6
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熱制御系へのMEMSの応用
中別府修
マイクロマシン技術への多分野萌芽技術の適用に関する研究 292-310 2002.4
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Microscale temperature measurement by scanning thermal microscopy
O Nakabeppu, T Suzuki
JOURNAL OF THERMAL ANALYSIS AND CALORIMETRY 69 ( 3 ) 727 - 737 2002
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SThM用サーマルカンチレバーの実温度計測特性
鈴木孝充, 中別府修, 井上剛良
日本機械学会 熱工学講演会講演論文集 No.01-9 387-388 2001.11
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気泡震動を利用したダイナミックバブル型マイクロポンプに関する研究
中別府修
マイクロマシン技術に関する研究助成第6回研究成果報告書 1-9 2001.9
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プラグノズルのボートテールドラッグ低減に関する数値計算
根岸秀世, 藤井孝藏, 中別府修
日本機械学会2001年度年次大会講演論文集 4 100-101 2001.8
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結晶成長速度の実測値を利用した形態形成シュミレーション
中別府修, 伊藤健郎
日本機械学会2001年度年次大会講演論文集 2 373-374 2001.8
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逆自然対流システムを指向した可逆熱収縮性粒子の創製
赤木斉, 中別府修
第38回日本伝熱シンポジウム講演論文集 2 521-522 2001.6
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マイクロチャンネル熱交換システムの伝熱・流動特性
村上陽一, 中別府修, 井上剛良
第38回日本伝熱シンポジウム講演論文集 1 135-136 2001.6
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走査型熱顕微鏡のための温度計測用マイクロカンチレバーの開発
鈴木孝充, 中別府修, 井上剛良
第38回日本伝熱シンポジウム講演論文集 1 325-326 2001.6
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走査型紫外線光電子顕微鏡の開発に向けて（第2報：同軸プローブによる光電子画像計測）
宮島俊希, 中別府修
第38回日本伝熱シンポジウム講演論文集 1 327-328 2001.6
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Microscale Thermal Measurement by Scanning Thermal Microscopy.
Nakabeppu Osamu
Netsu Sokutei Vol.28 ( No.1 ) 18-28 - 28 2001.1
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Working Principle and Characteristics of Bubble-Driven Micropump
NAKABEPPU Osamu, OKO Kenichi, INOUE Takayosi
The proceedings of the JSME annual meeting Vol.1 715-716 - 716 2000.8
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原子間力顕微鏡を用いた実温度計測法の開発
井下田正信, 中別府修, 井上剛良
第37回日本伝熱シンポジウム講演論文集 Vol.1 383-384 2000.5
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積層型マイクロチャンネル熱交換器の流動・伝熱特性
中別府修, 村上陽一, 井上剛良
第37回日本伝熱シンポジウム講演論文集 Vol.1 363-364 2000.5
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走査型紫外線光電子顕微鏡の開発に向けて（光電効果の局所計測技術の確立）
宮島俊希, 中別府修, 井上剛良
第37回日本伝熱シンポジウム講演論文集 Vol.1 385-386 2000.5
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MRI計測データに基づく多孔質体内熱・物質輸送モデルの構築
近藤昌博, 井上剛良, 中別府修
第37回日本伝熱シンポジウム講演論文集 Vol.3 957 2000.5
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竜巻型旋回流の流動構造
鈴木佑二, 中別府修, 岩崎健一, 井上剛良
日本流体力学会年会’99講演論文集 129-130 1999.12
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MRI計測データに基づく多孔質体内熱・物質輸送シュミレーション
近藤昌博, 井上剛良, 中別府修
日本機械学会 熱工学講演会講演論文集 1999 87-88 1999.11
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AFMを用いた微小スケールにおける能動型絶対温度計測
井下田正信, 中別府修, 井上剛良
日本機械学会 熱工学講演会講演論文集 147-148 1999.11
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原子間力顕微鏡を用いた微小空間スケール絶対温度計測
井下田正信, 中別府修, 井上剛良
平成11年度秋季第60回応用物理学会学術講演会予稿集 113 1999.9
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積層型マイクロチャンネル熱交換器の流動伝熱特性
村上陽一, 中別府修, 井上剛良
日本機械学会東北支部米沢地方講演会講演論文集 109-110 1999.9
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Experimental study on elestronand heat ransfer through metallic point contact.
Osamu Nakabeppu, Makoto Kajii, Msanobu Igeta
Proceedings of the 5th ASME/JSME Joint Thermal Engineering Conference AJTE99-6514(CD) 1999.8
-
Microscale Real Temperature Meeasurement by the AFM using Thermal Feedback Method
Osamu NKABEPPU, Masanobu, IGETA&Takayoshi INOUE
Thermal Science and Engineering Vol.7 pp87-94 - 94 1999.8
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ダイナミックバブル型マイクロポンプの作動特性と気泡震動の利用
中別府修, 谷寛之, 井上剛良
日本機械学会1999年度年次大会講演論文集 Vol.4 193-194 1999.8
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微小発熱体の浸漬冷却における溶存ガスの影響
澤田弘崇, 中別府修, 井上剛良
日本機械学会1999年度年次大会講演論文集 Vol.4 113-114 1999.8
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ポイントコンタクト熱起電力を用いた微小スケール熱計測
梶井誠, 中別府修, 井下田真信, 井上剛良
第36回日本伝熱シンポジウム講演論文集 Vol.1 193-194 1999.5
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結晶成長速度の異方性に関する実験的研究
中別府修, 赤木斉, 井上剛良
第36回日本伝熱シンポジウム講演論文集 Vol.3 585-586 1999.5
-
原子間力顕微鏡の熱工学的応用
中別府修
日本機械学会 熱工学講演会講演論文集 165-166 1998.11
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凍結濃縮によるタンパク質の結晶化に関する研究
中別府修, 村上陽一, 井上剛良, 土方邦夫
第35回日本伝熱シンポジウム講演論文集 Vol.3 829-830 1998.5
-
Microscopic Study on the Solidification of Aqueous Solutions Using Laser Interferometry
Osamu Nakabeppu, Kenji Iwana, Kenji Ishiguro, Kunio Hijikata
HeatTransfer-Japanese Research 27 ( 5 ) pp353-364 1998.5
-
Phase Field Model による過冷却凝固のシュミレーション
中別府修, 松本洋一郎
第35回日本伝熱シンポジウム講演論文集 Vol.3 975-976 1998.5
-
ポイントコンタクトにおける伝熱特性
梶井誠, 中別府修, 井上剛良
第35回日本伝熱シンポジウム講演論文集 Vol.3 965-966 1998.5
-
Rhase Field Modelによる過冷却凝固のシュミレーション
中別府修, 土方邦夫
日本機械学会論文集B編 64巻 ( 618号 ) 463-470 1998.2
-
NAKABEPPU Osamu, IGETA Masanobu, KAJII Makoto, HIJIKATA Kunio
Transactions of the Japan Society of Mechanical Engineers. Series B. 64巻 ( 618号 ) 549-555 - 555 1998.2
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２成分液膜の蒸発における表面張力不安定現象
中別府修, 土方邦夫
日本学術会議 第46回応用力学講演会講演論文集 99-100 1997.12
-
Numerical Simulation of Dendritic Solidification by Phase Field Model
Osamu Nakabeppu, Yoichirou Matsumoto, Kunio Hijikata
Pacific Center of Thermal-Fluids Engineering Proc. of the Tenth International Symposium on Transport Phenomena in Thermal Science and Process Engineering Vol.2 397-402 1997.11
-
Microscopic Study on Heat Transfer and Thermo-physical Properties of Composite Material.
Osamu Nakabeppu, Masanobu Igeta, Kunio Hijikata
'HTD-Vol.351,proc. of the ASME Heat Trasfer Divisin' Vol.1 ( ASME-IMECE1997 ) pp287-295 - 295 1997.11
-
液中の上昇気泡に対する不純物の影響
山本愛彦, 平瀬実, 中別府修, 高木周, 松本洋一郎
日本流体力学会第11回数値流体力学シンポジウム講演論文集 229-230 1997.11
-
Phase Field Model による過冷却凝固のシュミレーション
中別府修, 土方邦夫
日本機械学会第74期通常総会講演会講演論文集 (1) 128-129 1997.8
-
水溶液凍結の微細構造に関する研究
中別府修, 日隈雅之, 土方邦夫
日本機械学会 熱工学シンポジウム講演論文集 No.97-6 24-25 1997.7
-
Experimental study on point contact transport phenomena using the atomic force microscope
O Nakabeppu, M Igeta, K Hijikata
MICROSCALE THERMOPHYSICAL ENGINEERING 1 ( 3 ) 201 - 213 1997.7
-
非線形効果を用いた熱物性値の多角的計測法
中別府修, 崎山幸紀
第34回日本伝熱シンポジウム講演論文集 Vol.1 159-160 1997.5
-
原子間力顕微鏡を用いた微小接触面における熱・電子輸送の解明
中別府修, 井下田真信, 井上剛良
第34回日本伝熱シンポジウム講演論文集 Vol.1 167-168 1997.5
-
スラッシュ生成に伴う流動・伝熱現象
吉高恵美, 中別府修, 土方邦夫
第31回空気調和･冷凍連合講演会論文集 145-148 1997.4
-
干渉法を用いた水溶液凝固現象の微視的研究
中別府修, 土方邦夫, 岩名賢司, 石黒博
日本機械学会論文集B編 63巻 ( 608号 ) 1412-1417 1997.4
-
薄膜生成過程における３次元核成長に関する研究
土方邦夫, 宮崎康次, 井上剛良, 中別府修
日本機械学会論文集B編 63巻 ( 605号 ) 261-266 1997.1
-
Prediction of Ice Storage Process in Dynamic-type Ice Storage System
TANINO Masayuki, KOZAWA Yoshiyuki, HIJIKATA Kunio, NAKABEPPU Osamu
Transactions of the Japan Society of Refrigerating and Air Conditioning Engineers Vol.14 ( No.1 ) pp87-95 - 95 1997.1
-
Nucleationin Thin Film Processing
Kunio Hijikata, Koji Miyazaki, Takayoshi Inoue, Osamu Nakabeppu
ASME Transport Phenomena in Meterial Processing and Manufacturing 1996 HTD-Vol.336/Fed-Vol.240 1996.11
-
'Measurement of Temperature, Concentration and Velocity in Laminar Flow Using a Single Wire Probe'
Osamu Nakabeppu, Atsuo Kinoshita, Kunio Hijikata
Proc. of theASME Heat Transfer Division vol.3 HTD-Vol.334 ( Imece1996 ) 1996.11
-
Microscopic Study of Aqueous Solution Solidification Using Laser Interferometry
Osamu Nakabeppu, Kenji Iwana, Kunio Hijikata
Proc. of the 3rd KSME-JSME Thermal Engineering Conference vol.2 pp31-36 1996.11
-
Experimental Study on Point Contact Transport Phenomena using the Atomic Force Microscope
O.Nakabeppu, M.Igeta, K.Hijikata
'ASME/JSME US-J. Joint Seminor,Moleculer and Microscale Transport Phenomena' 1996.8
-
NAKABEPPU Osamu, YAMAMOTO Norihiko, KINOSITA Atsuo, HIJIKATA Kunio
Transactions of the Japan Society of Mechanical Engineers Series C 62巻 ( 599号 ) 2767-2773 - 2773 1996.7
-
Theoretical and experimental studies on the pseudo-dropwise condensation of a binary vapor mixture
K Hijikata, Y Fukasaku, O Nakabeppu
JOURNAL OF HEAT TRANSFER-TRANSACTIONS OF THE ASME 118 ( 1 ) 140 - 147 1996.2
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Microscale Temperature Measurement Using an Atomic Force Microscope
NAKABEPPU Osamu, HIJIKATA Kunio, CHANDRACHOOD Madhavi, LAI Jie, MAJUMDAR Arun
Transactions of the Japan Society of Mechanical Engineers. Series B. 62巻 ( 593号 ) 284-290 - 290 1996.1
-
The Measurement of Temperature and Thermal Conductivity of Fluid with an AC Driven Thin Wire
Osamu Nakabeppu, Kunio Hijikata, Norihiko Yamamoto, Arun Majumdar
Univ. Illinois at Urbana-Chhamp aign Symposium on Thermal Science and Enrineering in Honor of Chancellor Chang-Lin Tien. 1995.11
-
原子間力顕微鏡を用いた微小領域の熱計測
中別府修, 土方邦夫, 井下田真信, A. Majumdar
日本熱物性学会 Thermophysical Propaties 17 51-54 1995.10
-
THERMAL IMAGING BY ATOMIC-FORCE MICROSCOPY USING THERMOCOUPLE CANTILEVER PROBES
A MAJUMDAR, J LAI, M CHANDRACHOOD, O NAKABEPPU, Y WU, Z SHI
REVIEW OF SCIENTIFIC INSTRUMENTS 66 ( 6 ) 3584 - 3592 1995.6
-
Microscal Thermal Imaging using the Atomic Force Microscope
M.Chandrachood, O.Nakabeppu, Y.Wu,J.Lai, A.Majumdar
ASMG/JSME Thermal Engineering Conference Vol.1 505 - 510 1995.6
-
基盤上におけるクラスター生成に関する研究
宮崎康次, 長崎孝夫, 土方邦夫, 中別府修
第33回日本伝熱シンポジウム講演論文集 1 325-326 1995.5
-
レーザー干渉を用いた水溶液凝固の微細構造に関する研究
土方邦夫, 岩名賢司, 中別府修, 石黒博
第32回日本伝熱シンポジウム講演論文集 93-94 1995.5
-
交流細線プロープによる温度･濃度･速度計測
中別府修, 木下敦夫, 藤井丕夫, 土方邦夫
第33回日本伝熱シンポジウム講演論文集 3 863-864 1995.5
-
ダイナミック型氷蓄熱システムの蓄氷予測
谷野正幸, 小澤由行, 土方邦夫, 中別府修
第33回日本伝熱シンポジウム講演論文集 1 243-244 1995.5
-
基本波・３倍高調波計測による温度・熱伝導率の計測
土方邦夫, 山本紀彦, 中別府修, A.Majumdar
第32回日本伝熱シンポジウム講演論文集 467-468 1995.5
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SCANNING THERMAL IMAGING MICROSCOPY USING COMPOSITE CANTILEVER PROBES
O NAKABEPPU, M CHANDRACHOOD, Y WU, J LAI, A MAJUMDAR
APPLIED PHYSICS LETTERS 66 ( 6 ) 694 - 696 1995.2
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AFMを用いた微小スケールの温度計測
中別府修
第1回日本伝熱学会講習会「温度計測と問題点」 65-68 1995.2
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Theoretical and Experimental Studies on the Micro-Structure of Pseude-Drop wise Condensation of a Benary Vapor Mixture
K.Hijikata, Y.Fukasaku, O.Nakabeppu
'ASME,Microscale Heat Transfer' HTD-Vol.291 pp57-62 1994.11
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２成分混和性媒体の滴状凝縮に関する研究
土方邦夫, 深作善郎, 中別府修
第31回日本伝熱シンポジウム講演論文集 532-534 1994.5
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原子間力走査型顕微鏡を用いた微小スケール温度場の可視化
中別府修, Madhavi Chandrachood, Jie Lai, Arunava Majumdar
第31回日本伝熱シンポジウム講演論文集 367-369 1994.5
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Instability Analysis of the Drop Growth Mechanism on Condensation of a Water-Ethanol Binary Mixture
Hijikata Konio, Fukasaku Yoshiro, Nakabeppu Osamu
Transactions of the Japan Society of Mechanical Engineers. Series B. 60巻 ( 572号 ) 1337-1342 - 1342 1994.4
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THEORETICAL AND EXPERIMENTAL STUDIES ON THE PSEUDO-DROPWISE CONDENSATION OF BINARY VAPOR MIXTURE
K HIJIKATA, Y FUKASAKU, O NAKABEPPU
PROCEEDINGS OF THE GERMAN-JAPANESE SYMPOSIUM ON MULTI-PHASE FLOW KfK5389 325 - 333 1994
-
Film/substrate thermal boundary resistance for an Er-Ba-Cu-O high-Tc thin film
P. E. Phelan, Y. Song, O. Nakabeppu, K. Ito, K. Hijikata, T. Ohmori, K. Torikoshi
Journal of Heat Transfer 116 ( 4 ) 1038 - 1041 1994
-
Thermoelectric Voltage at Point Contacts by Electron Tunneling Effect
Kunio Hijikata, Kohei Ito, Osamu Nakabeppu, Patric E. Phelan, Kunikazu Torikoshi
Transactions of the Japan Society of Mechanical Engineers Series B 60 ( 574 ) 2171 - 2175 1994
-
HEAT-TRANSFER AND THERMOELECTRIC VOLTAGE AT METALLIC POINT CONTACTS
PE PHELAN, O NAKABEPPU, K ITO, K HIJIKATA, T OHMORI, K TORIKOSHI
JOURNAL OF HEAT TRANSFER-TRANSACTIONS OF THE ASME 115 ( 3 ) 757 - 762 1993.8
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水・エタノール２成分蒸気の凝縮における液滴発生機構の不安定解析
土方邦夫, 中別府修, 深作善郎
第30回日本伝熱シンポジウム講演論文集 298-300 1993.5
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固体界面における熱起電力
伊藤衡平, 中別府修, 土方邦夫, 鳥越邦和, Partick E.Phelan
第30回日本伝熱シンポジウム講演論文集 703-705 1993.5
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Hijikata Kunio, Nakabeppu Osamu, Kariya Daisuke, Navrotsky Victor
Transactions of the Japan Society of Mechanical Engineers. Series B. 59巻 ( 557号 ) 255-261 - 261 1993.1
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水・エタノール２成分蒸気の凝縮特性
土方邦夫, 中別府修, 深作善郎
第29回日本伝熱シンポジウム講演論文集 742-723 1992.5
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金属間点接触における熱伝達と起電力
P.E.Phelan, 土方邦夫, 中別府修, 伊藤衡平, 大森隆夫, 鳥越邦和
第29回日本伝熱シンポジウム講演論文集 503-504 1992.5
-
HIJIKATA Kunio, WANG Sing Ping, NAKABEPPU Osamu
Transactions of the Japan Society of Mechanical Engineers Series C Vol.57 ( No.537 ) 1719-1726 - 1726 1991.5
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大蒸気泡成長過程における蒸発・凝縮現象に関する研究
中別府修, 森田毅, 小澤由行, 藤家洋一
第27回日本伝熱シンポジウム講演論文集 589-590 1990.5
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Condensation of a binary mixture of vapors in a vertical tube.
HIJIKATA Kunio, HIMENO Nobuhiro, NAKABEPPU Osamu
Transactions of the Japan Society of Mechanical Engineers Series C Vol.55 ( No.518 ) 3183-3189 - 3189 1989.10
Books
-
Handbook of Calorimetry and Thermal Analysis
（ Role： Joint author）
Maruzen 2010.1 （ ISBN:9784621081921 ）
-
実践ナノテクノロジー 走査プローブ顕微鏡と局所分光
（ Role： Joint author）
裳華房 2005.11
-
"'第5版 実験化学講座６ 温度･熱,圧力'"
（ Role： Joint author）
丸善 2005.7
-
Comprehensive Handbook of Calorimetry and Thermal Analysis no.
（ Role： Joint author）
John Wiley&Sons 2004.9
-
マイクロマシン技術総覧
（ Role： Joint author）
産業技術サービスセンター 2003.1
-
熱流体の新しい測定法
（ Role： Joint author）
養賢堂 1998.9
MISC
-
Microlayer formation characteristics in pool isolated bubble boiling of water
Tomohide Yabuki, Osamu Nakabeppu
HEAT AND MASS TRANSFER 53 ( 5 ) 1745 - 1750 2017.5
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Microscale wall heat transfer and bubble growth in single bubble subcooled boiling of water
Tomohide Yabuki, Osamu Nakabeppu
INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER 100 851 - 860 2016.9
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OS0114 Heat Flux Measurement in Combustion Field by MEMS Sensor on Metal Substrate
NAKAMURA Yuto, NAGASAKA Keisuke, TUCHIYA Tomohiro, NAKABEPPU Osamu
2016 ( 22 ) "OS0114 - 1"-"OS0114-2" 2016.3
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OS0113 Calibration Method of MEMS Sensor for Heat Flux Measurement on Interior Wall of Engine
TSUCHIYA Tomohiro, NAKAMURA Yuto, NAGASAKA Keisuke, NAKABEPPU Osamu
2016 ( 22 ) "OS0113 - 1"-"OS0113-2" 2016.3
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G141 Deflection effect in microscopic high speed interferometric temperature imaging technique
Hosoya Ryosuke, Dejima Kazuhito, Nakabeppu Osamu
Procee[d]ings of Thermal Engineering Conference 2015 "G141 - 1"-"G141-2" 2015.10
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F212 Wall heat flux measurement in premixed combustion by MEMS sensor
NAKABEPPU Osamu, NAGASAKA Keisuke, TSUCHIYA Tomohiro, NAKAMURA Yuto
Procee[d]ings of Thermal Engineering Conference 2015 "F212 - 1"-"F212-2" 2015.10
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29pm3-PN-19 MEMS sensor for heat flux measurement on interior wall of engine
NAKABEPPU Osamu, NAGASAKA Keisuke, NAKAMURA Yuto, Tsuchiya Tomohiro
2015 ( 7 ) "29pm3 - PN-19-1"-"29pm3-PN-19-2" 2015.10
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10915 Velocity Effect of SPM Removal Performance in Humidity Swing Air Cleaning Method
NAGASAKA Keisuke, HAGA Tosiyuki, NAKABEPPU Osamu
2015 ( 21 ) "10915 - 1"-"10915-2" 2015.3
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A132 Measurement of liquid phase temperature field around a boiling bubble using laser interferometry
Dejima Kazuhito, Yabuki Tomohide, Hamaguchi Takuya, Nakabeppu Osamu
Procee[d]ings of Thermal Engineering Conference 2014 "A132 - 1"-"A132-2" 2014.11
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Contribution of microlayer evaporation to bubble growth in pool saturated boiling of water
Tomohide Yabuki, Takuya Saitoh, Osamu Nakabeppu
ASME 2013 11th International Conference on Nanochannels, Microchannels and Minichannels, ICNMM 2013 2013.12
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821 Interferometric Measurement of Temperature Field in Liquid Phase around an Isolated Boiling Bubble
HAMAGUCHI Takuya, YABUKI Tomohide, NAKABEPPU Osamu
2012 ( 18 ) 301 - 302 2012.3
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H124 Interferometric Measurement of Temperature Field around Isolated Boiling Bubble on MEMS Surface
Yabuki Tomohide, Hamaguchi Takuya, Nakabeppu Osamu
Procee[d]ings of Thermal Engineering Conference 2011 191 - 192 2011.10
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219101 Interferometric Measurement of Temperature Field around a Boiling Bubble
HAMAGUCHI Takuya, YABUKI Tomohide, KOBAYASHI Takayuki, NAKABEPPU Osamu
2011 ( 17 ) 499 - 500 2011.3
-
Study on heat transfer mechanism of isolated bubble nucleate boiling with MEMS sensors
Tomohide Yabuki, Osamu Nakabeppu
2010 14th International Heat Transfer Conference, IHTC 14 1 515 - 521 2010.12
Presentations
-
Micro and Nano-Scale Thermal Analysis and Mass Measurement with Cantilever-Type MEMS Calorimeter
Junichi Ishii, Hiroki Hayakawa, Osamu Nakabeppu
ICTAC 2012.8 ICTAC
-
Highly sensitive biochemical calorimeter with MEMS thermopile sensor
Masataka SAITO, Jun TAKEUCHI, Osamu NAKABEPPU
Internationarl Conference of Thermal Analysis and Calorimetry (ICTAC) 2012.8 ICTAC
-
NEW EXPERIMENTAL APPROACH TO BOILING HEAT TRANSFER MECHANISM (MEMS SENSOR AND HIGH-RESOLUTION FAST INTERFEROMETRY)
Osamu Nakabeppu, Tomohide Yabuki, Takuya Hamaguchi
Japan-U.S. seminar on Two-Phase Flow Dynamics 2012.6
-
Air Cleaning Method with Humidity Swing Operation for Reducing Suspended Particulate Matters
Nagisa ONODA, Osamu NAKABEPPU
AJTEC2011 2011.3 ASME-JSME
-
HEAT TRANSFER CHARACTERISTICS OF ISOLATED BUBBLE NUCLEATE BOILING OF WATER AT LOW WALL SUPERHEAT
Tomohide YABUKI, Osamu NAKABEPPU
AJTEC2011 2011.3 JSME-ASME
-
Variation in size distribution of suspended particulate matters in air with humidity swing operation
Nagisa ONODA, Osamu NAKABEPPU
IMECE2010 2010.11 ASME
-
Study on heat transfer mechanism of isolated bubble nucleate boiling with MEMS sensors
Tomohide YABUKI, Osamu NAKABEPPU
The 14th International Heat Transfer Conference IHTC14 2010.8
-
マイクロマニピュレータ用メニスカスチップの研究
加藤達彦
日本機械学会関東支部第16期総会講演会 2010.3 日本機械学会関東支部
-
MEMSカンチレバーを用いた高速・高感度熱分析
杉本拓也, 宮川幸弘
日本機械学会関東支部第16期総会講演会 2010.3 日本機械学会関東支部
-
高感度MEMSサーモパイルセンサを利用したバイオカロリメトリの研究
山本昌弘, 竹内淳
日本機械学会関東支部第16期総会講演会 2010.3 日本機械学会関東支部
-
MEMSセンサを用いた核沸騰熱伝達機構の研究（孤立蒸気泡下のミクロ液膜厚さの評価
矢吹智英, 濱口拓矢
日本機械学会関東支部第16期総会講演会 2010.3 日本機械学会関東支部
-
Removal of Suspended Particulate Matters by Humidity Swing Operation for Air-Cleaning Method
Nagisa ONODA, Osamu NAKABEPPU
2nd Micro/Nanoscale Heat & Mass Transfer International Conference 2009.12
-
APPROACH TO HEAT TRANSFER MECHANISM BENEATH BOILING BUBBLE WITH MEMS SENSOR
Tomohide YABUKI, Osamu NAKABEPPU
2nd Micro/Nanoscale Heat & Mass Transfer International Conference 2009.12
-
湿度操作による空気中の浮遊微粒子の除去
小野田渚
日本機械学会熱工学コンファレンス 2009.11 日本機械学会
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MEMSセンサを用いた核沸騰熱伝達機構の研究（孤立気泡領域における熱伝達機構）
矢吹智英
日本機械学会熱工学コンファレンス 2009.11 日本機械学会
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SThMによる熱伝導率計測法の性能評価
大崎哲史
第30回日本熱物性シンポジウム 2009.10 日本熱物性学会
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湿度操作による空気中の浮遊微粒子除去効果
小野田 渚
第1回マイクロ・ナノ工学シンポジウム 2009.10 日本機械学会マイクロ・ナノ専門会議
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マイクロマニピュレータ用メニスカスチップの研究
加藤達彦
第1回マイクロ・ナノ工学シンポジウム 2009.10 日本機械学会マイクロ・ナノ専門会議
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核沸騰熱伝達機構研究用MEMSセンサ
矢吹智英, 濱口拓矢
第1回マイクロ・ナノ工学シンポジウム 2009.10 日本機械学会マイクロ・ナノ専門会議
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MEMS技術を用いたカンチレバー型カロリメータ
杉本拓也, 宮川幸弘
第1回マイクロ・ナノ工学シンポジウム 2009.10 日本機械学会マイクロ・ナノ専門会議
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カンチレバー型カロリメータへの空気の影響評価
杉本拓也
第45回熱測定討論会 2009.9 日本熱測定学会
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MEMSサーモパイルセンサによる示差式バイオカロリメータの開発
山本昌弘
第45回熱測定討論会 2009.9 日本熱測定学会
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小型カンチレバーによる共振質量計測法の開発
宮川幸弘, 杉本拓也
日本機械学会2009年度年次大会 2009.9 日本機械学会
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ナノワット級代謝熱計測のための示差型バイオカロリメータの開発
山本昌弘
日本機械学会2009年度年次大会 2009.9 日本機械学会
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Boiling Heat Transfer Study with MEMS Sensor
Tomohide YABUKI
the 4th International Symposium on Mechanics, Aerospace and Informatics Engineering (ISMAI4) 2009.9 明治大学機械工学専攻，韓国慶尚大学校機械工学科
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Meniscus tip for needle type micromanipulator
Tatsuhiko KATO
the 4th International Symposium on Mechanics, Aerospace and Informatics Engineering (ISMAI4) 2009.9 明治大学機械工学専攻，韓国慶尚大学校機械工学科
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Thermal Analysis and Resonance Mass Measurement with Micro-Cantilever
Takuya SUGIMOTO, Yukihiro MIYAGAWA
the 4th International Symposium on Mechanics, Aerospace and Informatics Engineering (ISMAI4) 2009.9 明治大学機械工学専攻，韓国慶尚大学校機械工学科
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Application of MEMS sensor to thermal science and engineering
the 4th International Symposium on Mechanics, Aerospace and Informatics Engineering (ISMAI4) 2009.9 明治大学機械工学専攻，韓国慶尚大学校機械工学科
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湿度操作による空気清浄の研究（第2報：除湿に伴う微粒子除去効果の解析）
小野田渚
第46回日本伝熱シンポジウム 2009.6 日本伝熱学会
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MEMSを用いた複合熱分析法の研究
杉本拓也, 宮川幸弘
第46回日本伝熱シンポジウム 2009.6 日本伝熱学会
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MEMSセンサによる核沸騰熱伝達機構の研究（温度制御性の改良と熱流評価手法の検討）
矢吹智英
第46回日本伝熱シンポジウム 2009.6 日本伝熱学会
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湿度操作による空気清浄の研究（第1報：浮遊微粒子の粒径分布変化）
小野田渚
第46回日本伝熱シンポジウム 2009.6 日本伝熱学会
Awards
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日本機械学会賞
2015.4 日本機械学会 キャピラリー力の熱的制御を用いた付着式マイクロマニピュレータの研究
中別府修, 加藤達彦, 新谷昌之
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日本機械学会熱工学部門講演論文表彰
2012.3 日本機械学会熱工学部門 Heat Transfer Characteristics of Isolated Bubble Nucleate Boiling of Water
矢吹智英, 中別府修
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日本機械学会賞
2009.4 日本機械学会 MEMSセンサによる核沸騰熱伝達機構の研究（第1報，気泡底部の局所温度計測）
中別府修, 古川雄太
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日本伝熱学会賞
2007.5
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科学技術分野の文部科学大臣表彰 若手科学者賞
2005
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2002 International SFT (Societe Francaise de Thermique) Award
2002.1
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Tokyo Tech Award for Challenging Research
2002.1
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米国機械学会熱工学部門最優秀論文賞
1997.11
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日本機械学会奨励賞
1997.5
Research Projects
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Development of MEMS heat flux and ion current sensor for measuring flame wall interaction
Grant number：23K03699 2023.4 - 2026.3
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)
Grant amount：\4680000 （ Direct Cost: \3600000 、 Indirect Cost：\1080000 ）
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Measurement of local heat transfer and estimation of near wall adection velocity by multi-points thin film temperature sensor
Grant number：20K04316 2020.4 - 2023.3
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)
Grant amount：\4420000 （ Direct Cost: \3400000 、 Indirect Cost：\1020000 ）
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Development of nanowatt class bio-calorimeter for individual activity analysis
Grant number：17K06211 2017.4 - 2021.3
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)
Nakabeppu Osamu
Grant amount：\4810000 （ Direct Cost: \3700000 、 Indirect Cost：\1110000 ）
This study aimed to develop a nano-watt grade bio-calorimeter which measures the metabolic heat of a single individual bio sample. Following three development has been performed, improvement of sensitivity of the heat sensor with the MEMS technology, a noise reduction of the amplifier circuit with four parallel instrumentation amplifiers, and improvement of stability of a four layer thermostatic chambers with a digital PI control technique.
As a result, it was shown that the growth process of yeast and the hatching process of a single egg of brine shrimp can be measured continuously for more than 100 hours, and the heat of metabolism can be measured in the range of 10 nano-watt level to 10 miro-watt level. -
A Study on Multi-Hierarchical Structures of Turbulent Premixed Flame by Multi-Dimensional Combined Laser Diagnostics and GPU-Cloud DNS
Grant number：23226005 2011.4 - 2016.3
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (S)
Miyauchi Toshio, NAKABEPPU OSAMU, TANAHASHI MAMORU, SHIMURA MASAYASU, FUKUSHIMA NAOYA
Grant amount：\209950000 （ Direct Cost: \161500000 、 Indirect Cost：\48450000 ）
Practical combustors are operated in conditions of high Reynolds numbers and high pressure, and turbulent flame structures generated by hierarchical structure of turbulent flows dominate characteristics of turbulent combustion. In this research project, structures of turbulent premixed flames in high pressure and high Reynolds number conditions are investigated by DNS with parallel GPU cloud and by multi-dimensional combined laser diagnostics. Based on the characteristics of turbulent flame structures, an SGS combustion model has been developed and LES of turbulent combustion has also been established.
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Removal of Suspended Particulate Matters and Gaseous ChemicalSubstances with Humidity Swing Method
Grant number：22656054 2010 - 2012
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Challenging Exploratory Research
NAKABEPPU Osamu
Grant amount：\3650000 （ Direct Cost: \3200000 、 Indirect Cost：\450000 ）
The air cleaning effect with humidity swing method was studied. In the method, the suspended particulate matters (SPM) of nano- to micrometer size and the gaseous chemical substances are removed from the air through a thermal humidification and dehumidification process of the air. The air cleaning effect and required electric energy were experimentally studied. The SPM removal effect of about 80 % was shown in the experiment under low air flow rate of 3 L/min with plate fin type heat exchangers at absolute humidity swing of 0.2 kg/kg. For the chemical substances removal effect, it was shown that about55 % of ammonia can be removed under inlet condition of 670 ppm. It was also demonstratedthat the electric power can be reduced to 1/8 with introducing a heat pump system.
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Development of Nano-Thermal Analysis System with MEMS Technology
Grant number：20360103 2008 - 2011
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)
NAKABEPPU Osamu
Grant amount：\19500000 （ Direct Cost: \15000000 、 Indirect Cost：\4500000 ）
This project aimed to develop a combined nano-calorimetry system by combining the nano-calorimeter fabricated with the MEMS technology with SEM(Scanning Electron Microscope) or EDXS(Energy dispersive X-ray Spectroscopy). The nano-thermal analysis system has excellent analysis performance in mass and exo-or endothermic reaction measurement with visualization function for nano to microgram sample.
Following three techniques have been studied. Minute mass measurement method with mechanical resonance of the micro-cantilever type calorimeter, combination method between the nano-calorimetry and SEM observation, and micromanipulation method for handling the nano-gram level samples.
Following results to the mass and thermal analysis of micro-to nano-gram level metal and non-organic samples have been obtained. The cantilever type calorimeter of 260 to 800 micro-meter length with thermal devices such as thermocouple, heater and thermopile was developed with the MEMS technology. Fast temperature scan of 1000 Kelvin per second order is available. Thus, the calorimeter is sensitive to faint exo-and endothermic reaction. The developed calorimeter also can be used in DTA(Differential Thermal Analysis) and DSC(Differential Scanning Calorimetry) modes.
As for the mass measurement technology, built-in strain gage detection method has been developed for detecting the mechanical resonance of the nano.calorimeters as well as an optical detection method. The auto-resonance system for the nano-calorimeter was developed with high compactness by the strain gage method and a positive feedback circuit. It was demonstrated that mass and thermal analysis of less than 1 microgram sample ranging from room temperature to 800 degree Celsius are available with the developed system.
In the combined nanocalorimetry with the SEM, the compact mass and thermal analysis system was introduced into the compact type SEM of low acceleration voltage type. It was demonstrated that the nanocalorimetry can be performed with observing the sample shape with sub-micrometer resolution. Moreover, another combined analysis investigating chemical species of sample surface is available by using the EDXS with the nanocalorimeter.
The micro-manipulation is also important topics for the nanocalorimetry. This research demonstrated controllability of adhesion force between a needle type manipulator and micro-sample with thermal method. In this method, the amount of water on the manipulator tip is controlled with spreading water from capillary in the manipulator and evaporation with heating the tip. As a result, the adhesion force can varies from 1 to 10 micro-Newton level. The possibility in the thermal adhesion control was demonstrated. -
Air cleaning with humidity swing method
2007
Grant type：Competitive
Removal of suspended particulate matters in the room air is investigated with a humudification and dehumidification process.
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Micromanipulation with thermal control of adhesive force
2007
Grant type：Competitive
In the micromanipulation, control of adhesive force is key issue since it exceeds the gravitational force. Pick up and place of a micro object are experimentally studied with thermally controlling the amout of small meniscus between the objective and the manipulator.
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Study on nano-scale thermophysical properties measurement method with Scanning Thermal Microscope
Grant number：17360094 2005 - 2007
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)
NAKABEPPU Osamu
Grant amount：\11370000 （ Direct Cost: \10800000 、 Indirect Cost：\570000 ）
This research aims to develop the local thermal conductivity measurement method with nano-scale spatial resolution on the scanning thermal microscope. With fabricating the multi-functional micro cantilever probe, its performance has been experimentally examined. The cantilever has 2 micron thick and 600 micron long body of SiO2, and five thermal devices on it. There is electrode of contact thermocouple at the end of the probe for detecting the contact temperature, Pt thin film heater for calibrating heat flow sensor next, thermopile sensor for detecting heat flow along the cantilever, thin film thermocouple for measuring cantilever body temperature and another heater for controlling the body temperature near Si base plate. For the local thermal conductivity measurement with high-accuracy, it is required to measure the contact thermal conductance and the contact temperature simultaneously with high accuracy. The cantilever probe developed in the research enable to calibrate the thermopile heat flow sensor with known heating of the Pt heater, and to identifying thermoelectricmotive force of the thin film thermocouple by using temperature dependency of the heaters. Improvement in accuracy was conducted by eliminating the common ambiguity of the micro-fabricated sensors and introducing the self-calibration functions. It can lead the improvement in thermal conductivity measurement.
Following results were obtained by attaching the cantilever probe on the SThM based on the AFM and operating under vacuum condition of below 10^<-4> Pa. The active thermometry, where thermal feedback compensates temperature difference between the cantilever and sample, can be available with higher sensitivity than a previous thermometry probe. Thermal conductance imaging with high spatial resolution can be also available by constantly heating the Pt heater near the tip and monitoring the heat flow from the probe to the sample with the thermopile sensor. Furthermore, the contact temperature is measured with the contact thermocouple at the tip by contacting the probe with the sample coated with gold thin film. It shows that the simultaneous measurement of the thermal conductance and the contact temperature is possible and allows the quantitative local thermal conductivity measurement with the SThM. -
On boiling heat transfer mechanism with MEMS sensor
2004
Grant type：Competitive
"Heat transfer mechnism of nucleate boiling under isolated bubble growth condition is studied with the MEMS sensor, which includes integrated multiple thin film thermocouple. Detailed temperature measurement beneath boiling bubble was conducted. Through transient heat conduction analysis of the heating wall with the measured temperature variation, local and transient heat transfer from the wall was clarified."
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Metabolism monitoring with MEMS sensor
Grant number：18651055 2003 - 2008
Grant type：Competitive
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気泡ポンプを内蔵したマイクロヒートパイプの開発
Grant number：15760128 2003 - 2004
日本学術振興会 科学研究費助成事業 若手研究(B)
中別府 修
Grant amount：\3700000 （ Direct Cost: \3700000 ）
液相内の蒸気相界面に空間的曲率差が存在すると,表面張力効果により,蒸気相重心の移動や蒸発凝縮を伴う蒸気相内部での蒸気輸送が生じる.本研究では,この蒸気泡ポンプ効果を効果的に利用するマイクロループヒートパイプの開発を目的とし,マイクロチャンネルプレートを積層したループヒートパイプを試作し,その流動伝熱特性を調べた.
プレートには,長さ76mm,幅19mm,厚さ0.2〜0.25mmのSUSプレートにレーザー貫通加工で最小流路幅250μm,最大流路幅2mmの面内ループを形成したもの,同長,同幅,厚さ0.3mmのPETプレートに最小流路幅4mm,最大流路幅15mmの面外ループを形成するものの2種類を準備した.
エタノールを冷媒とし,水平設置条件でループヒートパイプの動作実験を行った.結果として,面内循環式のSUSプレートを用いた場合,積層厚さ0.4〜2.6mmの範囲内では,厚さ2.1mmにおいて熱輸送量が最大となり,最大熱輸送量が9.7Wおよび熱伝導率550W/mK(@ΔT=13.2K)を記録した.また,熱輸送量が限界に達すると加熱部でドライアウトが生じ,急速に熱輸送性能が低下する現象が見られた.
面外循環式のPETプレートを用いた場合,積層厚さ1.8mmで良い性能を発揮し,等価熱伝導率500W/mK,最大熱輸送量12.8W(@ΔT=34.2K)を記録した.また,実験範囲内ではドライアウトは観察されず,耐熱温度の高い部材の利用で,さらに高い性能が期待される.
さらに,循環流と熱抵抗によるループヒートパイプの熱輸送モデルを構築し,解析を行った結果,加熱部と冷却部の熱抵抗を低減することで,さらなる熱輸送性能の向上が期待できることが示された. -
Nano calorimetry
2003
Grant type：Competitive
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高密度発熱体の自律冷却を行う蒸気泡駆動型マイクロチャンネル除熱システム
Grant number：13750167 2001 - 2002
日本学術振興会 科学研究費助成事業 若手研究(B)
中別府 修
Grant amount：\2200000 （ Direct Cost: \2200000 ）
テーパー構造を持つサブミリスケールの内径の流路内で液体が加熱により発泡すると,気泡は表面張力効果により,径の広がる方向へ移動し,このとき,同時に周囲の流体を径の広がる方向へ移動させるポンプ効果を示す.本研究では,高密度発熱体の効果的な冷却を行うための,この蒸気泡ポンプを内蔵した熱輸送デバイスの開発を目的とし,シリコン微細加工で製作したスロート部20μmから160μmの幅のマイクロポンプで蒸気泡駆動マイクロポンプの特性を実験的に調べ,その結果を用いて,熱輸送デバイスの試作,評価を実施した.
シリコンマイクロポンプの実験では,スロート径40μm,水を作動流体とし,ポンプ部の過熱度20℃の場合,最大圧力4150Pa,最大流量147μl/minの性能が実験的に示された.また,加熱部の壁面はドライアウトした状態で,スロート付近の気液界面から冷却部付近の気液界面へ蒸気が輸送されていることが観察された.
上記知見をもとに,複数の細いマイクロチャンネルがより太いチャンネルへ連結するポンプ構造を考案し,シリコン基板にループ状の流路を造り込んだ蒸気泡駆動型熱輸送デバイスを試作した.最狭チャンネル幅は50μm,除熱部チャンネル幅は200μm,蒸気流路幅を2mmとし,作動流体に水およびエタノールを用い熱輸送特性を実験的に調べた.結果は,気液界面の分布がデバイスの性能に強く影響し,気液界面が加熱部付近に存在し,蒸気相が冷却部付近まで広がる状態が熱輸送に最適であることが判明した.また,試作デバイスでは,固体熱伝導による熱輸送の60%に相当する内部流動による熱輸送効果が確認された. -
Development of Scanning Thermal Microscope with Microscale Quantitative Temperature Measurement Function.
Grant number：13555051 2001 - 2002
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)
NAKABEPPU Osamu, SHIRAKAWABE Yoshiharu
Grant amount：\7400000 （ Direct Cost: \7400000 ）
Scanning Thermal Microscope (SThM) provides topological and thermal images by a temperature sensing cantilever probe. Usually, the SThM passively measures temperature or thermal properties by detecting thermal information through a contact point on a sample and converting it with a calibration curve. However, the passive method can't take quantitative temperature image because measured values are influenced by various factors such as surface temperature, thermal properties, unevenness of sample surface, adsorption layer, and so on. Therefore, we have developed a novel active method for quantitative temperature imaging regardless of variations in thermal conductance at the contact point. In the active method, a thermal feedback control step maintains the cantilever at the same temperature as the sample surface by detecting heat flow along the cantilever and feeding power proportional to it to the cantilever, then cantilever temperature is measured by another sensor on it. We experimentally examined the active method by producing multi-function cantilevers with a heat flow sensor, electric heater and a temperature sensor and a feedback circuit. The active system demonstrated good performance in real temperature measurement regardless of thermal
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Energy Transfer Characteristics at the Interface between Thin Film and Substrate
Grant number：11650210 1999 - 2000
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)
INOUE Takayoshi, SUZUKI Yuji, NAKABEPPU Osamu
Grant amount：\3600000 （ Direct Cost: \3600000 ）
Heat transport characteristic of an interface between thin film and solid has been an attractive problem in both thermal engineering and thermal science. Recent progress of micro-fabrication techniques makes it possible to reduce the size of electric devices or sensors dramatically and this downsizing causes a large heat generation at local areas. Therefore, how to remove the heat generated from hot spots becomes an important problem, in terms of the lifetime and reliability of the devices and also it may be essential for developments of high performance sensors. As heat conduction is the predominant mechanism in microscale heat transfer, thermal boundary resistance between thin film and substrate, R_<bd>, plays an important role in the heat removal process. However, although theoretical models for the resistance in the range of low temperature region, under about 30 K, are developed, the resistance in the room temperature region has not been well examined.
For the measurement of the thermal boundary resistance, we usually add a laser heating to a thin film and observe a response of the film temperature. As the response is very quick, usually in the order of micro second, we must adopt a measurement technique with high time resolution. Reflectance thermometry is one of the most suitable technique for it This technique is based on the fact that a reflectivity of films varies with the film temperature. For a calibration of thermo-reflectance coefficients, C_<TR>, we applied the 3 ω method. By comparing the experimental result with time responses of film temperature in heat conduction simulations, we can obtain the value of the thermal boundary resistance.
The main results obtained in this research are as follows.
(1) The 3 ω method is effective for the measurement of thermo-reflectance coefficients and the coefficients of a gold film and a platinum one on glass substrates are obtained as -4.15x10^<-5> [1/K] and -3.51x10^<-5> [1/K], respectively.
(2) The thermal boundary resistances between Pt and Au films and glass substrate are 5.0x10^<-7> [m^2K/W] and 1.0x10^<-6> [m^2K/W], respectively. -
結晶成長における非平衡性・異方性とメゾスケール形態予測シミュレーション
Grant number：11750156 1999 - 2000
日本学術振興会 科学研究費助成事業 奨励研究(A)
中別府 修
Grant amount：\2200000 （ Direct Cost: \2200000 ）
結晶の成長形には,ファセット状やデンドライト状などいろいろな形態があり,その複雑かつ秩序ある形態の形成機構は,温度・濃度場,形態と過冷度の関係,異方性,非平衡性を考慮し大規模な数値計算(フェーズフィールドモデル,PFM)を行うことで解明されつつある.本研究では,実在物質の結晶成長形態を説明,予測するために,実験的に凝固界面の熱的・組織的過冷度,結晶の成長方向と凝固速度の関係(界面カイネティクス)を精密に計測し,非平衡性・異方性を数値化し,この新しい物性値を利用したPFM計算を行った.
結晶の成長速度を実測するには,移動式,および温度可変式の方向性凝固装置を製作し,界面過冷度が大きなザロール等のファセット凝固を示す物質から,界面過冷度の小さなスクシノニトリル,水等のノンファセット凝固を示す物質まで計測を行った。結果として,単位界面過冷度当りの結晶成長速度として,ザロールでは,<100>方向に5.28μm/s・K,<101>方向に1.80μm/s・Kの値が測定され,水では<0001>方向に71μm/s・K,<1120>方向に380μm/s・Kの値が測定された。
特定の結晶方位に対して実測された成長速度を元に,結晶の対称性と結晶面内の分子数と成長速度の関係を考慮し,方位と成長速度の関係をモデル化し,PFMによる結晶成長シミュレーションを行った。二次元結晶成長シミュレーションの結果,ザロールを模擬したケースでは,実在結晶と同様のファセット凝固が再現され,また,水のc軸を含む面内の結晶成長を模擬したケースでは,A軸方向に優勢に成長が進むファセット状の凝固様式が再現された。c軸に垂直な面内のシミュレーションでは,6回対称性を持つ強度5%の異方性を導入した場合に,実在結晶の特徴を示すシミュレーション結果が得られた。
本研究により,界面カイネティクス情報を何らかの手段により特定することで,PFM等によるシミュレーションで,結晶成長を予測可能であることが示された。 -
Development of Microchannel Heat Exchanger for Refrigeration
Grant number：09555071 1997 - 1999
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)
SUZUKI Yuji, TAKAGI Shu, NAKABEPPU Osamu, INOUE Takayoshi, EBISU Takeshi
Grant amount：\13600000 （ Direct Cost: \13600000 ）
An experimental study on two-phase flow, nitrogen gas and water (or glycerin solution), in microchannels has been conducted to investigate characteristics of fluid flow and heat transfer. An array of 25 parallel microchannels was fabricated on a stainless steel plate by electric discharge machining process. Dimensions of the microchannel are 209 μm high, 212μm wide and 9.96 mm long. Pressure drop across the channels was measured and flow behavior was simultaneously recorded with a high speed video camera. Temperatures of the wall and fluid were measured to determine heat transfer coefficients at the channel surface. The results show that the Chisholm's parameter C for two-phase flow in microchannels is smaller than that in conventional-sized channels and the parameter was well correlated with the flow patterns in case of nitrogen gas and water. Nusselt numbers obtained in single-phase experiments agree approximately with Peng and Peterson's experimental results. In two-phase experiments, heat transfer was enhanced with the stirring effect by gas flow and Nusselt number reaches twice as large value as that in liquid single-flow.
Flow and thermal characteristics of a new type of microchannel heat exchanger were examined experimentally concerning the both cases of single and two phase flow. The heat exchanger is composed by laminating thin stainless-steel plate of 200μm thickness with microchannels of 250μm width, and other plate with manifolds (i.e. header & footer) alternately. The microchannel heat exchanger was shown to have higher overall heat transfer coefficient than that of conventional heat exchangers. The performance of the microchannel heat exchanger in liquid phase region was shown to be predicted by the characteristics of laminar flow. In case of boiling of working fluid, large pressure drop appeared for a few bubbles but rapid increase of heat transfer rate was not observed until hard boiling. -
ウェーブレット解析による非定常非線形応答の熱流体場多変量同時計測への応用
Grant number：09750214 1997 - 1998
日本学術振興会 科学研究費助成事業 奨励研究(A)
中別府 修
Grant amount：\2500000 （ Direct Cost: \2500000 ）
本研究では,細線プローブに周波数1ωの交流を印加し非線形効果により生じる3倍高調波成分から流体の熱物性値を計測する3ωとプローブにステップ的に電圧を印加しプローブの温度応答から熱物性値を計測する非定常細線法を組み合わせ,さらに,得られた信号をウェーブレット分解し各周波数成分の持つ情報と非定常信号の持つ情報から,流体の各種物性値,物理量を一つのシステムで計測する手法の確立を目的とし,以下の研究を行った.
3ω法では,直径10μmの白金細線プローブ,抵抗の変化を検出するブリッジ回路,差動アンプ,ロックインアンプで構成された計測システムで,水,エタノール,空気等の静止流体に対して熱伝導率,温度伝導率の計測実験を行い,その性能を確認した.流体への3ω法の適用には定常加熱成分が誘起する自然対流の影響を正しく評価することが必要であり,計測値が理論値よりずれる点を整理し,また,数値シミュレーションを行うことで,自然対流強さと印可電圧周波数の関係として,その適用可能条件を明らかにした.
また,細線プローブに単一周波数1ωの交流電圧をステップ状に印加し,印加直後から定常状態に至る全時間領域の1ω応答および非線形効果から現れる3倍高調波3ω応答をデジタルオシロスコープで記録し,ウェーブレット時間周波数解析プログラムを開発・使用することで,直流加熱に対する応答と2ωの発熱に対する応答を同時に取り出す試みを行った.直流加熱に対する応答および,2ω発熱に対する応答の両方から熱伝導率を求めることは可能であったが,ウェーブレット解析では,厳密には必要な周波数成分が分離できないため,3ω法だけを使用した場合の精度と比べ,計測精度の向上は達成されなかった. -
マイクロカンティレバーを用いた超高感度熱流束測定法の開発と薄膜蒸着過程への応用
Grant number：09650228 1997 - 1998
日本学術振興会 科学研究費助成事業 基盤研究(C)
井上 剛良, 中別府 修
Grant amount：\3700000 （ Direct Cost: \3700000 ）
近年の半導体産業における加工技術の目覚ましい進歩により、マイクロからナノスケールの加工が可能となり、これに伴って微小スケールにおける温度分布等の熱流体場の測定が重要となってきている。本研究では原子間力顕微鏡(AFM)に用いられる微小なマイクロカンティレバーをセンサープローブとし、このカンティレバーのたわみを光てこ法や抵抗変化を用いて検出することにより、高感度、高空間分解能で応答速度の速い温度・熱流束測定法を開発し、これを真空蒸着過程へ適用することにより金属分子線の熱流束や分子線強度の測定を行い、分子線強度が凝縮係数に及ぼす影響を明らかにすることを目的としている。
本年度は,AFMのマイクロカンティレバーを利用したバイマテリアルマイクロカンティレバーおよび圧電性結晶からなるピエゾレジスティブレバーを用いて温度や熱流束の計測を行った。
1. バイマテリアルカンティレバーを用いた計測システムの分解能は10^<-3>K、1μW、時定数は10msec程度であることを示した。
2. ピエゾレジスティブレバーを用いることにより光てこ方式に較べて格段にシンプルな微小温度計測システムを構築することが可能であることを示した。この場合の計測システムの分解能もやはり10^<-3>K、1μW、時定数は10msec程度であることを示した。
3. 噴流の質量流速によりピエゾレジスティブレバーが撓むことを確認し、この効果を用いて噴流の速度分布を測定できることがわかった。
今後は、ピエゾレジステイブレバーに金属薄膜を蒸着することによりバイマテリアル効果を付加することにより、より高感度な熱流速計測を行う予定である。 -
Development of velicity selector for metal atom and its application in thermal engineering
Grant number：08555051 1996 - 1997
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)
INOUE Takayoshi, ITO Hiroki, SUZUKI Yuji, NAKABEPPU Osamu
Grant amount：\4200000 （ Direct Cost: \4200000 ）
To study the control of the thin film condensation process with the translational energy of incident atom, crystalline structures of Bi_2Te_3 films and Bi, Te films, which are deposited on (001) NaCl, (001) MgO and glass by the vacuum deposition method with a Hostettler-Bernstien velocity selector, have been investigated by measurement thermoelectric power of film and the observation by a transmission electron microscopy. Thin films are affected by not only substrate temperature but also velocity of incident atoms greatly. We could obtain good thermoelectric element when we made films at a certain substrate temperature with velocity selector. However we could not clarify the effect of incident frequency on the deposition process, because it is difficult to conduct experiments at the high incident frequency with a velocity selector. Thus a molecular dynamics simulation has been performed to investigate the effects of incident velocity, substrate temperature and frequency of incident on the condensation phenomena in the deposition process of Kr atoms on Ar substrate. Substrate temperature and velocity of incident atom are affect the growth rate of nucleation and reevaporation of deposited atoms. Further those affect the structure of deposited film in the simulation. At high substrate temperature structure of thin film is broken, however at a certain substrate temperature, small incident velocity and low incident frequency, crystals grow with characteristic anisotropy on the substrate.
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Effect of microscopic interfacial structure on gas-liquid two phase flow and application for flow control.
Grant number：08455088 1996 - 1997
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)
MATSUMOTO Yoichiro, MATSUI Jyun, TAKAGI Syu, NAKABEPPU Osamu, ICHIKAWA Yasumasa, MARUYAMA Shigeo
Grant amount：\8800000 （ Direct Cost: \8800000 ）
Transport phenomena of mass, momentum and energy at gas liquid interface is most important basis for gas-liquid two phase flow and various drastically with interface condition. For example, it is known that additon of surfactant gives large influence on whole flow structure of bubbly flow which includes numbers of bubbles in liquid by preventing coalition and reducing rising velocity of bubbles. The purpose of this research is to clarify relation between bulk concentration of surfactant existing liquid and interfacial structure, and quantitative analysis of influence of impurity on macroscopic flow dynamics of two phase flow. Experiment of rising bubble in stationaly liquid by using ultra pure water and surfactant solution of known concentration, and simulation of rising bubble by using Navier-Stokes equation coupled with Marangoni effect were conducted to investigate mechanism of basic interfacial phenomena.
In the experiment, behavior of the rising bubble was investigated by generating small single bubble of 50mum to 1mm in radius in stationary water. Relation between Reynolds number and drag coefficient for rising bubble in the ultra pure water was confirmed to be same as one derived from theory for pure liquid. Moreover, it was observed that addition of small amount of 3-pentanol into pure water reduces rising velocity significantly.
In the numerical simulation, effect of surfactant on drag of rising bubble was analyzed for undeformable spherical bubble by adopting absorption model of Henry type or Langmuir type and by using orthogonal curvilinear coordinate system along bubble interface. As a result of numerical simulation, it was demonstrated that drag of the rising bubble can remarkably increase by Marangoni effect for even small amount of surfactant, and that the Marangoni effect becomes important with Reynolds number for bubbles having same diameter and same terminal velocity. Further, the simulation shows separating vortices associated with secondary vortices behind the bubble rising in surfactant solution, never observed in pure water. -
液相成長する氷晶のナノ・マイクロスケール構造の解明
Grant number：08750225 1996
日本学術振興会 科学研究費助成事業 奨励研究(A)
中別府 修
Grant amount：\1000000 （ Direct Cost: \1000000 ）
本研究では、氷晶の形態,特性をサブミリからナノメータスケールに渡る広いダイナミックレンジの計測を行い,マクロに現れてくるセルラ-氷晶やデンドライト氷晶の形態形成機構を解明するため,光学顕微鏡による水溶液の凝固実験と原子間力顕微鏡(AFM)による霜の観察を行った.
水溶液の凝固実験では,方向性凝固装置と過マンガン酸ナトリウム水溶液の吸光性を利用し,水溶液濃度と氷晶の3次元形態の観察を行った.これにより,5wt%以下の水溶液では,セルラ-状の凝固が起こり,凝固速度が速いほど,氷の間で濃縮される溶質量が増加すること,ある速度以上になると凝固形態に異方性が強く現れ,三角形断面の冷却面を除く一辺が優先的に成長し残りの一辺は殆ど成長しないこと,下面から冷却されているにも関わらず,縦長の三角形氷ができることが観察された.この異方性は,六角柱構造をした氷の結晶構造に由来するものと理解された.
原子間力顕微鏡による霜の観察は,AFMのカンチレバ-は熱膨張率の異なる2相構造であるため,霜に接触した場合と僅かに離れた場合で熱変形が大きく,アプローチから計測を自動的に行なわせることが難しい,環境の湿度を十分に制御しないと観察中に氷が成長しずぎてAFMの観察範囲を越えてしまうという理由で非常に困難なものであった.僅かに観察された結果は,銅製ステージ上で霜の端が層状に進行し霜領域が拡大していく様子,端部にセルラ-状の構造が見られ,そのスケールは1μm以下であることという点であった.水溶液中でのセルラ-凝固のスケールは10μm以上であり,気相中で生成する氷晶の構造スケールはさらに小さいことが分かった. -
Development of Temperature Measurement Method in Micro-Scale Region by using Atomic Force Microscope.
Grant number：07555069 1995 - 1996
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (A)
HIJIKATA Kunio, HIRASAWA Shigeki, NAKABEPPU Osamu
Grant amount：\13300000 （ Direct Cost: \13300000 ）
With a remarkable progress in science and technology, to make clear heat transfer characteristics in a microscopic scale is becoming great important issue. The purpose of this study is to develop a new technique for a micro-scale thermal measurement with AFM (Atomic Force Microscope) Which exceeds ordinary small scale temperature measurement techniques.
In the project, special thermocouple (T.C.) probes and electric conductive probes were made as a cantilever for AFM.The T.C.probe composed of 25 micrometer sharpen nickel wire and 30 nano-meter gold deposition film has a junction of about 5 micrometer at a tip of the probe. The electric probe has same structure as the T.C.probe and made of gold wire and gold film.
By making point contact between the probes and conductive sample or heated nonconductive sample, the contact condition has been clarified, such as contact radius, deformation mode and electron transport mode. Electric and thermal measurement of the point contact condition indicates the contact radius of about 10 nano-meter and a few nano-meter, respectively. These small contact scale has possibility of accomplishing thermal measurement with high spatial resolution.
By scanning the T.C.probe on tiny heated sample, temperature distribution with 30 micrometer and a few micrometer resolution were sttained in 760 Torr and 0.02 Torr atmosphere. Since heat transfer through the contacting point is much smaller than that throughair, low pressure condition leads small thermal signal. For measurement with higher resolution it is important to reduce the T.C.junction size.
The thermal measurement technique was applied to measure physical properties of a composite material sample of a Carbon Fiber Reinforced Plastic (CFRP) composed of epoxy resin and carbon fiber. By selecting suitable thickness of the sample, clear contrast of both electrical and thermal conductivity of the different materials was measured with sub-micron scale under vacuum condition. -
ヒートポンプ熱交換器の着霜回避にむけたスラッシュ相の流動・伝熱特性の解明
Grant number：07750222 1995
日本学術振興会 科学研究費助成事業 奨励研究(A)
中別府 修
Grant amount：\1100000 （ Direct Cost: \1100000 ）
本研究では、スラッシュ相の生成過程における伝熱特性,さらに生成される氷の特徴を解明するため,次の実験的研究を行った.試験容器内に,水と水より重い非水溶性の冷媒を入れ,冷媒を循環させる.冷媒は外部で熱交換され-10℃に冷やされ,容器底面から噴流として容器内に流入する.容器内部の冷媒と水は,噴流により攪拌され除熱され,温度が低下する.水温は一度-2℃程度の過冷状態を示した後,氷晶が発生し0℃となる.この後は,水温は0℃を維持し,氷の量が増加する.
この時の熱伝達率を,氷が発生するまでは水温の変化から,また,氷が発生した後は,容器内にヒ-タを入れ氷を融解するのに必要な熱量を測ることで氷の量を測定し求めた.この結果,噴流の熱伝達率は,通常の平板への衝突噴流熱伝達による値より大きく,噴流が水の内部へ進入して伝熱面積が増加する事を示していた.また,氷が発生すると熱伝達率が氷の発生前より約2倍に上昇し,氷の量が増加するに連れて熱伝達率が低下することが分かった.
発生する氷については,高倍率のCCDカメラを通して観察した結果,噴流部で直接水が低温の冷媒に接触して発生するのは1mm以下の径の扁平な氷であり,生成時に持っていた突起や六角形構造は,0℃の水中ですぐに無くなり,曲率の小さい構造となること,水と冷媒が接触している界面には先端部が樹枝状の薄い氷が連続的に生成することが分かった.また,発生する氷の形状を定量的に評価するためフラクタル次元の概念を使用し,過冷度が増加すると,氷晶の複雑さが増加し,フラクタル次元が増すことが示された. -
Study on Microscale Heat Transfer in Microelectronic Devices and Effective Cooling using Boiling Heat Transfer
Grant number：06452185 1994 - 1995
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for General Scientific Research (B)
HIJIKATA Kunio, SUZUKI Yuji, NAKABEPPU Osamu, NAGASAKI Takao
Grant amount：\6900000 （ Direct Cost: \6900000 ）
Microscale heat transfer from very small heating elements in a substrate has been investigated from the view point of cooling technology of microelectronic devises. Conjugate heat transfer of microscale heat conduction in the substrate and macroscale forced convective cooling by fluid was numerically analyzed by using a domain decomposition technique. The effect of periodic heating was also taken into account by using the Fourier transforms. The calculated heater temperature was correlated with nondimensional parameters such as Reynolds, Biot, Fourier numbers, length ratio of the heating element and substrate, etc.A simplified model was proposed to predict the element temperature in a certain range of nondimensional parameters. Boiling heat transfer from very small heating elements in a substrate was also investigated both for pool boiling and forced convective boiling. With the decrease of heater size, the effect of heat conduction becomes dominant. Further, because the heating element is smaller than the bubble diameter, the element temperature fluctuates corresponding to the bubble growth and departure, which indicates an extraordinary large surface heat transfer at the moment of the bubble departure. The effective surface heat transfer coefficient was estimated with the aid of numerical analysis of the substrate conduction. Finally, as a fundamental technique of temperature measurement in the microscale, thermoelectirc power due to the point contact of a needle to the surface was analyzed by considering both the electron tunneling effect through the surface oxide layr and the nonequilibrium effect at the point contact. The analysis well explained the experimental results.
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微小温度・熱物性値測定による温度・濃度場の可視化
Grant number：06750200 1994
日本学術振興会 科学研究費助成事業 奨励研究(A)
中別府 修
Grant amount：\900000 （ Direct Cost: \900000 ）
本研究では電気抵抗の温度依存性を利用し、Lock-in計測法により、同一装置による高精度な温度、熱伝導率の測定を行い、その測定精度、適応限界を明らかにした。
本測定法では、Wheat-Stone Bridgeの一つの抵抗に温度依存性の高い抵抗体(金属細線,薄膜)を用い、計測プローブとし、Lock-inアンプから角周波数ωの交流電圧を印加する。抵抗では直流成分と2ωの周波数を持つ発熱が起こり、直流分と2ωの周波数成分を持つ温度上昇が起こり、抵抗も変化する。この結果、ブリッジの出力電圧は、1ω成分と3ω成分を持ち、加熱量を十分小さく取ることで、1ω成分からプローブ近傍の温度が、また、3ω成分から2ωの温度変動成分が得られ、変動温度から周囲物質の熱伝導率が求められる。
温度測定は水中におかれたニクロム線周りの自然対流の可視化を直径10μmの白金細線プローブで行い、比較的高精度の温度測定が可能なサーミスターでの測定結果と比較した。両者の測定結果はよく一致しており、本測定法では、白金プローブにおいて0.02℃の精度で温度計測が可能であることが分かった。
変動温度の実験は、直径10μmの白金細線、タングステン細線を用い、空気、水、エポキシ樹脂中で、また、ガラス基板上に蒸着されたITO薄膜を用い空気中で行った。プローブ周りの対流の効果を考慮しない熱伝導モデルと測定結果を比較し、両者は空気中では大きくずれ、水中及び固体中では印加電圧周波数320Hz以下でモデルとよく一致することが分かった。薄膜の場合にも、ガラス基板の熱伝導が気体側の熱伝達に比べ支配的なため、基板側熱伝導の解と周波数320Hz以下の範囲で良好な一致を見せた。また、変動温度測定から周囲液体の熱伝導率を求め、混合液の濃度計測が可能なことを、水の上にエタノールを静かに注ぎ成層化した混合液の拡散による混合過程を測定することで示した。 -
Trial Production of a Simple Expander-Compressor Type Heat Pump
Grant number：05558063 1993 - 1994
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Developmental Scientific Research (B)
HIJIKATA Kunio, TORIKOSHI Kunikazu, SUZUKI Yuji, NAKABEPPU Osamu
Grant amount：\7900000 （ Direct Cost: \7900000 ）
The purpose of this research is to develop a new expander-compressor type heat pump system incorporated with an inertial type free piston. The system is simply composed of one cylinder, one free piston in it and three pairs of valves at the cylinder ends. The system converts an energy in high pressure working fluid to kinetic energy of the piston, then it is used to compress the low pressure fluid. While the cycle runs, high pressure and low pressure fluids are supplied in the cylinder and medium pressure fluid is exhausted through the right and left valves in turns. The low pressure fluid draws heat out of a room for cooling, or the medium pressure fluid is used for heating. Since this system does not include conversion process form high temperature heat to electricity, it can use energy resources more effectively than conventional power generation system.
The theoretical research was conducted using the numerical simulation called the multi node model, then the free piston expander-compressor was manufactured. In the theoretical part, the piston mass, pressure level of suction and exhaust fluid, flow and heat transfer in the cylinder, friction between the piston and the cylinder and properties of the working fluid were examined and the estimated performance coefficient showed this system is sufficient for practical use.
In experimental part, the flow resistance of valves and the fluid leakage between rooms divided by the piston were very important. After improvement of them, two operation mode was investigated. In one mode named forced operation the timing of valve operation was externally controlled, while in the other mode named a feedback operation the valve was operated as following a signal from sensors which detected a piston motion. Through the experiment the basic operation characteristics like exhaust pressure, flow rate, piston motion and optimum condition were measured. -
生体細胞のミクロ凍結機構の解明
Grant number：05750186 1993
日本学術振興会 科学研究費助成事業 奨励研究(A)
中別府 修
Grant amount：\900000 （ Direct Cost: \900000 ）
本研究では,生体細胞凍結のメカニズムを解明するため,冷却速度を制御可能なムービングベッドを作成し,純水,塩水溶液,タンパク質水溶液の凍結挙動に関し実験的研究を行った.
試料はカバーガラスに挟まれ(間隔150mum)ムービングベッドの試料台(銅製)上で冷却されるが,試料台は液体窒素温度の冷却恒温ブロックと加熱ブロック上に位置し,両ブロックの温度を一定に保ち,試料台を低温側へ移動することで試料を凍結させる.ブロックの間隔,温度,試料台の移動速度を変えることで冷却速度を変化させた.
純水の場合,冷却開始後まず,過冷却状態となり,過冷却解除が起こると,急速に氷晶が成長しデンドライトを形成する.その後氷晶は温度分布に沿って平らに進行する.純水の場合,この凍結挙動は実験範囲内では全てに共通であった.
塩化ナトリウム水溶液の場合,過冷却解除の後,急速に成長したデンドライト状氷晶は,平衡凝固が進行する間にも見られ,本実験範囲内では常にデンドライトを形成していた.しかし,デンドライトの形状が水溶液の濃度と冷却速度に依存することも分かり,概略,高濃度,高冷却速度ほどデンドライトの間隔が細かいという特徴があった.
蛋白質溶液としてはアルブミン水溶液を用いた.塩化ナトリウム水溶液同様,デンドライトが現れたが,アルブミンではデンドライト先端部の曲率半径が大きく,単純な塩と高分子量の蛋白質では凍結時に氷晶に与える影響が異なることが分かった.
また,アルブミンと塩化ナトリウム両者の水溶液では氷晶の形はアルブミンのみのものと近い結果となった. -
半透膜で仕切られた微小領域内水溶液の凍結挙動
Grant number：04750160 1992
日本学術振興会 科学研究費助成事業 奨励研究(A)
中別府 修
Grant amount：\900000 （ Direct Cost: \900000 ）
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Measurements of thermodynamical physical properties of High Tc Superconducting Thin Film
Grant number：03555040 1991 - 1992
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Developmental Scientific Research (B)
HIJIKATA Kunio, OHMORI Takao, NAKABEPPU Osamu, NAKAYAMA Wataru
Grant amount：\9900000 （ Direct Cost: \9900000 ）
Following three subjects have been investigated.
A. AC Impedance of Thin-Film Bi-Sr-Ca-Cu-O
In many electronic devices based on high-temperature (high-TC) superconductors (HTS), the thin-film HTS are invariably subjected to an alternating (AC) or pulsed current. In contrast, our work concentrated on the magnitude and phase of impedance z for large values of J. Experiments were conducted on an epitaxial film of Bi-Sr-Ca-Cu-O. The results indicated that for 500kHz and above, z increased with increasing frequency. These results could be qualitatively explained by assuming that magnetic flux vortices were present in the film.
B. Heat Transfer and Thermoelectric Voltage at Metallic Point Contacts
Since it had already been demonstrated that a Point-contact (PC) between even similar metals can generate a thermoelectric voltage, the use of PC's as microscale temperature sensors seemed promising. At temperatures ranging from 85 K to room temperature, a thermoelectric voltage was shown to exist even at the Ag-Ag PC, in accordance with the previous results. This thermoelectric voltage was conveniently plotted against the nondimensionalized substrate temperature, demonstrating the feasibility of employing a PC as a temperature sensor. It was shown that the heat flux along the metal whisker is a linear function of the temperature drop across the PC for small temperature drops, but becomes nonlinear for large temperature drops.
C. Film/Substrate Thermal Boundary Resistance for an Er-Ba-Cu-O High-TC Superconducting Film
The thermal design and operation of thin-film high-TC electronics at low temperatures depends crucially on the thermal contact resistance at the boundary between the film and the substrate (Rbd). In our experimental investigation, Rbd for an Er-Ba-Cu-O film deposited on an MgO substrate, was measured by a technique in which the superconducting film was etched into two adjacent strips. One strip supported a large bias current and served as the heater, while the other strip carried a much smaller current, and served to measure the temperature of the substrate. The principal conclusion drawn from our results was that Rbd was at least two orders of magnitude higher than the previously reported values. -
微細溝面上に直交して極微細溝を持つ2段溝形高性能プレート凝縮面の研究
Grant number：03750133 1991
日本学術振興会 科学研究費助成事業 奨励研究(A)
中別府 修
Grant amount：\900000 （ Direct Cost: \900000 ）
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走査型熱プローブ顕微鏡（STｈM）にかかるデバイス及び装置の研究
Grant type：Competitive
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冷却デバイスに関する研究
Grant type：Competitive
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