Journal
- Journal of the Combustion Society of Japan Vol. 59 No. 190
CONTENTS - The Progress of Osaki Coolgen Oxygen-Blown IGCC Demonstration Project
Ishizaki, Y. and Shiiya, M. - Combustion Technologies Relating to Hybrid Rockets
Nagata, H. - Marine Use Dual Fuel Engine Corresponding to IMO Marine Emission Regulation
Shimizu, A. and Hoshino, M. - Co-Combustion of Waste and/or Biomass by Fluidized-bed
Hosoda, H. - Modeling of Generation and Growth of Non-Spherical Particles in Gas Phase
Fujimoto, T. - Fractal Dimension of Combustion Generated Particles
Seto, T. - Laser Diagnostics and Transmission Electron Microscopy of In-Flame Diesel Soot Formation and Oxidation Processes
Aizawa, T. - Introduction of Research Center in Tokyo Gas, Osaka Gas, and Toho Gas
Tominaga, R., Shiraga, Y., and Moriyama, T. - Report of 2017 Summer Seminar on Combustion
Hayashi, N. - A Numerical Study on the Detailed Structure of Hydrogen/Air Bunsen Flame
Mizobuchi, Y. and Takeno, T. - Numerical Study on the Combustion Characteristics of Ultra-lean and Ultra-diluted Methane/air Tubular Flames - Comparison with Counterflow Twin Flame -
Hashimoto, K. and Nishioka, M.
The original papers and society activity notes are available at J-STAGE web site.
https://www.jstage.jst.go.jp/browse/jcombsj
[FEATURE]
- Hybrid of Combustion Technologies -
[SERIAL LECTURE]
- Soot: Science and Technology on Particulate Matter IV -
[INTRODUCTION OF RESEARCH CENTER]
[SOCIETY ACTIVITY NOTE]
[ORIGINAL PAPER]