Journal
- Journal of the Combustion Society of Japan Vol. 64 No. 209
CONTENTS - Outline of Discussion: Advanced Studies on the Co-Combustion of Ammonia and Methane
Okafor, E. C. - Outline of Discussion: Kinetic Studies of Combustion-Related Reactions Using Transient Spectroscopy and Unimolecular Reaction Theory
Matsugi, A. - Outline of Discussion: DNS-Data-Driven Modelling and Understanding of Turbulent Combustion Mechanism
Minamoto, Y. - Research and Development of Hydrogen and Energy Carrier Technology at AIST
Takagi, H., Nanba, T. and Ito, H. - Progress of Ammonia Combustion Study towards Carbon Neutrality
Hayakawa, A. - Co-Firing Technology of Pulverized Coal and Ammonia in Pulverized Coal Fired Boilers
Tainaka, K., Hashimoto, K., Ohtaka, M. and Kimoto, M. - Multi-dimensional Flamelet Modeling and Application to Combustion Simulation on a Zero-emission System
Watanabe, H. - Potential of Ammonia as a Fuel
Kambara, S. - Next-Generation Solid Bioenergy; Combustion Behavior of Bio-coke in Melting Furnaces and Movements in Developing New Solid Bio-Fuel for Carbon Neutral Society Formation
Ida, T. - Kinetics and Modeling of Combustion Processes for Solid Biomass Fuels
Yoshiie, R., Mizoguchi, S., Ueki, Y. and Naruse, I. - GHG Reduction in International Aviation Sector and SAF
Norimitsu, K. - Applications of Plasma Discharges to Combustion
Laux, C.O. - Fundamentals of Dielectric Barrier Discharge and Application to Combustion Control
Takahashi, S. - Non-Thermal Plasma Characteristics and Ignition Behavior of Lean Mixture with Radio Frequency Dielectric Barrier Discharge at High Pressure
Nakaya, S. and Tsue, M. - Behavior of Smoldering through Wad of Cotton and Polyester Fibers
Sangu, D. and Suzuki, M. - Reaction Analysis of Frequency Dependence on Ignition Delay by Repetitive Supply of Active Species
Shioyoke A., Hayashi, J. and Kawanabe, H.
The original papers and society activity notes are available at J-STAGE web site.
https://www.jstage.jst.go.jp/browse/jcombsj
[SOCIETY ACTIVITY NOTE]
[FEATURE]
\ Combustion Technologies for Achieving Carbon Neutrality \
[SERIAL LECTURE]
\ Recent Development of Plasma Techniques for Combustion III \
[ORIGINAL PAPER]