The characteristics of a solid propellant rocket engine with a controlled rate of thrust buildup to a desired thrust level are discussed. The engine uses a regressive burning controlled flow solid propellant igniter and a progressive burning main solid propellant charge. The igniter is capable of operating in a vacuum and sustains the burning of the propellant below its normal combustion limit until the burning propellant surface and combustion chamber pressure have increased sufficiently to provide a stable chamber pressure
Demonstration of solid propellant rocket engine for unmanned planetary landers to withstand dry heat...
Solid propellant rockets were used extensively in space missions ranging from large boosters to orbi...
Design, testing, and development of solid propellant rocket engine for orbital transfer of Applicati...
A solid rocket motor includes a combustion chamber bounded by an outer casing, a propellant grain wi...
Method for igniting solid propellant rocket motors by injecting hypergolic fluid
A supersonic combustion rocket is provided in which a small rocket motor is substituted for heavy tu...
Steerable solid propellant rocket motor adapted to effect payload orientation as multistage rocket s...
Solid propellant ignition with hypergolic fluid injected to predetermined portions of propellan
In order for the shuttle tug or interim upper stage (IUS) to capture all the missions in the current...
A high number of liquid oxygen and gaseous hydrogen orifices per unit area are provided in an inject...
Solid propellant rocket systems design and combustion efficiency and burning rate of solid propellan...
A miniature solid propellant rocket motor has been developed to be used in a program to determine th...
Performance evaluation of solid propellant rocket motor ignition to determine igniter design and par...
The project\u27s primary goal is to research, design, and manufacture solid rocket motors for compet...
Liquid propellant rocket engine conference proceedings and parameters for design of rocket engines a...
Demonstration of solid propellant rocket engine for unmanned planetary landers to withstand dry heat...
Solid propellant rockets were used extensively in space missions ranging from large boosters to orbi...
Design, testing, and development of solid propellant rocket engine for orbital transfer of Applicati...
A solid rocket motor includes a combustion chamber bounded by an outer casing, a propellant grain wi...
Method for igniting solid propellant rocket motors by injecting hypergolic fluid
A supersonic combustion rocket is provided in which a small rocket motor is substituted for heavy tu...
Steerable solid propellant rocket motor adapted to effect payload orientation as multistage rocket s...
Solid propellant ignition with hypergolic fluid injected to predetermined portions of propellan
In order for the shuttle tug or interim upper stage (IUS) to capture all the missions in the current...
A high number of liquid oxygen and gaseous hydrogen orifices per unit area are provided in an inject...
Solid propellant rocket systems design and combustion efficiency and burning rate of solid propellan...
A miniature solid propellant rocket motor has been developed to be used in a program to determine th...
Performance evaluation of solid propellant rocket motor ignition to determine igniter design and par...
The project\u27s primary goal is to research, design, and manufacture solid rocket motors for compet...
Liquid propellant rocket engine conference proceedings and parameters for design of rocket engines a...
Demonstration of solid propellant rocket engine for unmanned planetary landers to withstand dry heat...
Solid propellant rockets were used extensively in space missions ranging from large boosters to orbi...
Design, testing, and development of solid propellant rocket engine for orbital transfer of Applicati...