Publication | Closed Access
Population inversions behind normal shock waves
10
Citations
9
References
1971
Year
GeophysicsVelocity AdvantageEngineeringSeismic WaveAerospace EngineeringSupersonic CombustionFluid MechanicsMechanical EngineeringSurface WaveSupersonic NozzleExit VelocityInverse ProblemsPropulsionAerospace Propulsion SystemsMultiphase FlowNozzle AerodynamicsStatisticsNormal Shock Waves
about 1.3. Of course, as a decreases, the resultant velocity ratio decreases. With the materials considered here, if a is decreased below about -J, the velocity advantage begins to disappear. In conclusion, when maintenance of moderate wall temperatures is required, it appears that condensation in a supersonic nozzle is a promising way of increasing exit velocity (specific impulse) for propulsion units.
| Year | Citations | |
|---|---|---|
Page 1
Page 1