Hokkaido University · Faculty of Engineering / School of Engineering / Institute of Engineering

Research keywordsammonia combustion・turbulent flame propagation・microgravity flame spread・droplet evaporation・thermoacoustic instability・Markstein number・wire fire safety・particle cloud combustion・oxygen concentration effects・future transport fuels

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• Spherical turbulent flame propagation limits of ammonia–hydrogen–oxygen–nitrogen pre-mixtures by intense near-isotropic turbulence in a constant volume vessel2026 · International Journal of Hydrogen Energy, 2026年04月,
• Investigation of flame spread over a thin wire under simulated lunar and terrestrial gravity using a centrifuge during parabolic flight2026 · Combustion and Flame, 286, 114800, 114800, Elsevier BV, 2026年04月,
• Effect of flow residence time on the flame-retardant performance of fluorine-based flame retardant: Comparison of blowoff limits of CH2F2 and CH42026 · Combustion and Flame, 2026年02月,
• Experimental investigation of oxygen concentration effects on spherical laminar flame propagation of micron-sized iron particle clouds2025 · Combustion and Flame, 2025年07月,

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