池上真志樹

ナノ構造を用いたバイオセンサー
燃焼多様化に関する燃焼基礎特性
Development of interferometric biosensor

DL Dietrich, PM Struk, M Ikegami, G Xu. Single droplet combustion of decane in microgravity: experiments and numerical modelling. COMBUSTION THEORY AND MODELLING. 2005. 9. 4. 569-585
GW Xu, M Ikegami, S Honma, K Ikeda, DL Dietrich, PM Struk. Sooting characteristics of isolated droplet burning in heated ambients under microgravity. INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER. 2004. 47. 26. 5807-5821
GW Xu, M Ikegami, S Honma, K Ikeda, DL Dietrich, PM Struk. Interactive influences of convective flow and initial droplet diameter on isolated droplet burning rate. INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER. 2004. 47. 8-9. 2029-2035
GW Xu, M Ikegami, S Honma, M Sasaki, K Ikeda, H Nagaishi, Y Takeshita. Combustion characteristics of droplets composed of light cycle oil and diesel light oil in a hot-air chamber. FUEL. 2003. 82. 3. 319-330
M Ikegami, G Xu, K Ikeda, S Honma, H Nagaishi, DL Dietrich, Y Takeshita. Distinctive combustion stages of single heavy oil droplet under microgravity. FUEL. 2003. 82. 3. 293-304

高温雰囲気の温度及び温度分布の測定法
Measurement Method for Temperature Profile of a High-Temperature Gas

北海道大学大学院
Graduate School of Hokkaido University

工学博士

日本機械学会 , 日本ロボット学会 , 電子情報通信学会 , 計測自動制御学会 , The Society of Instrument and Control Engineers , The Robotics Society of Japan , The Japanese Society for Non-Destructive Inspection , The Institute of Electronics Information and Communication Engineers , Japan Society of Mechanical Engineers

池上 真志樹