Some aspects of steady-state propellant combustion as related to dynamic coupling mechanisms
Dynamic pressure and velocity coupling mechanisms in steady-state solid propellant combustion
Engineering topics
Publications and source records attributed to Povinelli, L. A..
Dynamic pressure and velocity coupling mechanisms in steady-state solid propellant combustion
Composite solid propellant flame structure reaction zone, surface reactions and velocity dependence of linear regression rate
Pressurized gas injection for burning rate control of solid propellants
Aluminum powder damping of HF instability in solid propellant combustion in vortex burner
Aluminum powder damping of HF instability in solid propellant combustion in vortex burner
Damping in two dimensional hydrogen-oxygen combustor
Transverse-mode solid-propellant combustion instability in vortex burner
Nonlinear analysis of combustion instability in solid propellant rocket engines
Particulate damping in solid propellant combustion instability
Spectrographic measurements of composite solid propellant flame zone structure
Large aluminum particle behavior in composite propellant combustion
Composite solid propellant flame structure in vicinity of burning surface based on spectral radiation shadowgraph technique
Composite solid propellant flame structure in vicinity of burning surface based on spectral radiation shadowgraph technique
Effect of oxidizer particle size on additive agglomeration