Chlorine-fluorine flame structure
Chlorine-fluorine flame, determining adiabatic propagation speed, refractive index field, temperature profile, composition distribution and atom concentrations
Ambs, L. L.↗
Engineering topics
Fletcher, E. A.
Publications and source records attributed to Fletcher, E. A..
Flat flames in tubes - Easy fundamental flame speed measurements
Flat flames in stationary gas in tubes useful for flame speed measurements without correction procedure
Fletcher, E. A.↗
A theoretical study of combustion and quenching of solid propellant rocket motors during depressurization
Conservation equations coupled with mass balance equation to produce method of computing transient burning rates in solid propellant motors
Fletcher, E. A.↗
Gas evolution from solid propellants during pressure decays.
Transient temperature and mass evolution from solid propellants during pressure decays
SOLID PROPELLANT↗
Method of igniting solid propellants Patent
Method for igniting solid propellant rocket motors by injecting hypergolic fluids
Allen, H., Jr.↗
Quenching of solid rocket propellants by depressurization.
Solid rocket propellant quenching by depressurization, noting gas-side heat transfer coefficient
PRESSURE EFFECT↗
Chamber pressure balanced piston-nozzle for fast depressurization.
Chamber pressure balanced piston nozzle for fast depressurization to bring about combustion quenching
PRESSURE DISTRIBUTION↗
Gas evolution from a solid rocket propellant during depressurization to produce a quench.
Mass flow rate of gas evolution from burning solid rocket propellant during transient depressurization of combustion chamber
GAS EVOLUTION↗
Apparatus for igniting solid propellants Patent
Solid propellant ignition with hypergolic fluid injected to predetermined portions of propellant
Allen, H., Jr.↗
An experimental investigation of gas evolution from a solid rocket propellant during pressure transients.
Mass flow rate of gas evolution from burning solid rocket propellant during transient depressurization of combustion chamber
TRANSIENT PRESSURE↗