Combustion instability prediction using a nonlinear bipropellant vaporization model
Combustion instability prediction using nonlinear bipropellant vaporization model
Breen, B. P.↗
Engineering topics
Hoffman, R. J.
Publications and source records attributed to Hoffman, R. J..
Investigation of the Flame Structure of a Thermally Unstable Fuel
Flame structure of hydrazine droplet burning in nitrogen tetroxide vapor
BURNING RATE↗
Measurement of the flame structure of a thermally unstable fuel in an oxidizing atmosphere.
Flame structure of hydrazine burning in oxidizing atmosphere determined by measuring temperature and specific contractions at 90 degrees from stagnation point
TEMPERATURE MEASUREMENT↗