Computation of gaseous detonation parameters
Fortran program for computation of gas detonation parameters on IBM 7090 computer
DETONATION↗
Engineering topics
Oppenheim, A. K.
Publications and source records attributed to Oppenheim, A. K..
RECENT PROGRESS IN DETONATION RESEARCH
Problems in detonation which include wave development, stability and structure
ROCKET ENGINE↗
SIGNIFICANCE OF DETONATION STUDY TO PROPULSION DYNAMICS
Utilization of detonation wave to investigate transient processes in gas wave dynamics of rocket propulsion systems
DETONATION WAVE↗
RECENT PROGRESS IN DETONATION RESEARCH AND ITS RELATION TO ROCKET PROPULSION
Problems in detonation which include wave development, stability and structure
GAS DYNAMICS↗
RECENT PROGRESS IN DETONATION RESEARCH AND ITS RELATION TO ROCKET PROPULSION
Gaseous phase of detonation - relation to rocket propulsion
ROCKET ENGINE↗
ON THE GENERATION OF A SHOCK WAVE BY FLAME IN AN EXPLOSIVE GAS
Generation of shock wave by flame in explosive gas during initial acceleration
FLAME↗
DETERMINATION OF THE DETONATION WAVE STRUCTURE
Laminar detonation wave structure in ozone for three models - coupled wave, von neuman-doring- zeldovich model, and decoupled wave
DETONATION WAVE↗
DETERMINATION OF THE DETONATION WAVE STRUCTURE
Numerical solution of the equations determining the detonation wave structure, assuming steady one-dimensional flow and perfect behavior of reactant and products
ONE-DIMENSIONAL FLOW↗
Recent progress in detonation research
Oscillation frequency, stability, and structure of detonation waves using von neumann theorem
DETONATION WAVE↗
Significance of detonation study to propulsion dynamics
Detonation wave study for application to chemical propulsion systems, nuclear propulsion, and pulsed plasma accelerators
NUCLEAR PROPULSION↗
EFFECT OF IGNITION GEOMETRY ON INITIAL FLAME ACCELERATION IN A SPARK IGNITED EXPLOSIVE GAS
Experiment on the influence of ignition geometry on initial flame acceleration in spark-ignited stoichiometric hydrogen-oxygen mixtures at n.t.p.
SPARK IGNITION↗
DEVELOPMENT AND STRUCTURE OF PLANE DETONATION WAVES
Development and structure of plane detonation waves
TUBE↗
MEASUREMENT OF PRESSURE FIELD GENERATED AT THE INITIATION OF EXPLOSION
Explosion generated pressure field
SHOCK WAVE↗
INFLUENCE OF WAVE REFLECTIONS ON THE DEVELOPMENT OF DETONATION
Influence of wave reflections on the development of detonation
REFLECTION↗