Add to ORKGIn Japan, the ignition and combustion of the droplet and droplet array have been investigated by using microgravity condition. This is the short introduction of those studies; interactive combustion of two droplets, ignition experiment on droplet array, and microexplosion behavior of an emulsified fuel droplet
Most practical fuels which are burned in combustion-powered devices, stationary power plants, and in...
Microgravity experiments of polyethylene (PE) droplet combustion were conducted by a 3.6-s drop towe...
Anomalous combustion of n-heptane droplets burning in microgravity conditions was recently experimen...
The combustion of liquid fuels is a major source of energy in the world today, and the majority of t...
Theory and experiments involving single droplet combustion date back to 1953, with the first microgr...
Investigations into droplet interactions date back to Rex et al. Annamalai and Ryan and Annamalai pu...
Liquid fuel combustion provides a major portion of the world's energy supply. In most practical comb...
Although research studies on gaseous flames in microgravity in Japan have not been one-sided, they h...
This is a joint research program, pursued by investigators at the University of Tokyo, UCSD, and NAS...
The importance of understanding the effects of fuel composition, length scales, and other parameters...
The current work involves theoretical analyses of the effects identified, experiments in the NASA Le...
The present work developed a numerical model to study the combustion of wellcharacterized drop clust...
Combustion experiments using arrays of droplets seek to provide a link between single droplet combus...
A major portion of the energy produced in the world today comes from the burning of liquid hydrocarb...
The combustion of liquid fuels is a topic worthy of scientific attention on practical and fundamenta...
Most practical fuels which are burned in combustion-powered devices, stationary power plants, and in...
Microgravity experiments of polyethylene (PE) droplet combustion were conducted by a 3.6-s drop towe...
Anomalous combustion of n-heptane droplets burning in microgravity conditions was recently experimen...
The combustion of liquid fuels is a major source of energy in the world today, and the majority of t...
Theory and experiments involving single droplet combustion date back to 1953, with the first microgr...
Investigations into droplet interactions date back to Rex et al. Annamalai and Ryan and Annamalai pu...
Liquid fuel combustion provides a major portion of the world's energy supply. In most practical comb...
Although research studies on gaseous flames in microgravity in Japan have not been one-sided, they h...
This is a joint research program, pursued by investigators at the University of Tokyo, UCSD, and NAS...
The importance of understanding the effects of fuel composition, length scales, and other parameters...
The current work involves theoretical analyses of the effects identified, experiments in the NASA Le...
The present work developed a numerical model to study the combustion of wellcharacterized drop clust...
Combustion experiments using arrays of droplets seek to provide a link between single droplet combus...
A major portion of the energy produced in the world today comes from the burning of liquid hydrocarb...
The combustion of liquid fuels is a topic worthy of scientific attention on practical and fundamenta...
Most practical fuels which are burned in combustion-powered devices, stationary power plants, and in...
Microgravity experiments of polyethylene (PE) droplet combustion were conducted by a 3.6-s drop towe...
Anomalous combustion of n-heptane droplets burning in microgravity conditions was recently experimen...