Temasek Laboratories / D. Data / Alternative Fuel Systems Inc. / /
Country
Canada / United Kingdom / Singapore / /
Facility
American Institute / National University of Singapore / Aerospace Engineering Department University of Texas / University of Texas / University of Liverpool / American Institute of Aeronautics / /
IndustryTerm
stainless steel tubes / enhancement device / gas injectors / electronic control systems / low-energy ignition sources / highfrequency high-energy ignition / gas injector / detonation-enhancing devices / solenoid valve gas injectors / non-conventional deflagration-to-detonation transition enhancing devices / high-energy electrical ignition / ignition energy level / gas injector opening / high-strength stainless steel / detonation products / gas injector timing / gas jets / rotary valve systems / similar devices / internal combustion engine gas injectors / measurement systems / higher energy output / gas injector response / gas injectors lies / sufficient energy / propane/oxygen/detonation products / gas injector housing / deflagration-to-detonation transition enhancing devices / high-frequency gas injection / enhancement devices / energy output / larger steel pipes / ignition energy / low-energy ignition / energy limiting / mm diameter hollow metal pipe / stainless steel pipe / /
NaturalFeature
Brownlow Hill / /
Organization
American Institute / University of Texas at Arlington / Aerodynamics Research Centre / Department of Engineering / National University of Singapore / American Institute of Aeronautics / Aerodynamics Research Center / University of Liverpool / American Institute of Aeronautics and Astronautics Fig / /
Person
Kent Ridge Crescent / /
Position
driver / Principal Research Scientist / Lecturer / Scientist / Research Associate / /
Experimental Study on Deflagration-to-Detonation Transition Enhancement Methods in a PDE T. H. New1, P. K. Panicker2, K. F. Chui3, H. M. Tsai4 and F. K. Lu5