This paper presents the performance testing of the Super-high Temperature Additive Resistojet (STAR) prototype, the first additively manufactured resistojet thruster with a novel monolithic design of heat exchanger. In this paper, operation of the concept was demonstrated at the operational temperature limits of the prototype material. In hot gas mode, the prototype developed 80s specific impulse with argon gas, with a calculated stagnation temperature between 380°C and 500°C at the inlet of the nozzle. The paper proves the feasibility of operation of a concentric thin walled monolithic recirculating resistojet manufactured via selective laser melting
Fully-coupled multiphysics simulations are applied to investigate a number of candidate heat exchang...
Fully-coupled multiphysics simulations are applied to investigate a number of candidate heat exchang...
This paper reports endurance tests on engineering model high-temperature resistojets manufactured us...
IntroductionThe potential of an all-electric spacecraft is enhanced by the possibility of a single i...
IntroductionSurrey Satellite Technology Limited (SSTL) has used a low power hot gas system known as ...
IntroductionSurrey Satellite Technology Limited (SSTL) has used a low power hot gas system known as ...
IntroductionSurrey Satellite Technology Limited (SSTL) has used a low power hot gas system known as ...
IntroductionSurrey Satellite Technology Limited (SSTL) has used a low power hot gas system known as ...
This paper reports the outcome of endurance tests performed on a proof-of-concept design of a high-t...
This paper presents the first proof of concept validation of the STAR thruster prototype. The device...
Electrothermal propulsion systems for spacecraft consist of an electrically powered heat exchanger, ...
This paper presents performance testing and evaluation of the AMR-X-0, the first additively manufact...
The paper describes experimental research on a resistojet type rocket thruster which was built as an...
The paper describes experimental research on a resistojet type rocket thruster which was built as an...
Fully-coupled multiphysics simulations are applied to investigate a number of candidate heat exchang...
Fully-coupled multiphysics simulations are applied to investigate a number of candidate heat exchang...
Fully-coupled multiphysics simulations are applied to investigate a number of candidate heat exchang...
This paper reports endurance tests on engineering model high-temperature resistojets manufactured us...
IntroductionThe potential of an all-electric spacecraft is enhanced by the possibility of a single i...
IntroductionSurrey Satellite Technology Limited (SSTL) has used a low power hot gas system known as ...
IntroductionSurrey Satellite Technology Limited (SSTL) has used a low power hot gas system known as ...
IntroductionSurrey Satellite Technology Limited (SSTL) has used a low power hot gas system known as ...
IntroductionSurrey Satellite Technology Limited (SSTL) has used a low power hot gas system known as ...
This paper reports the outcome of endurance tests performed on a proof-of-concept design of a high-t...
This paper presents the first proof of concept validation of the STAR thruster prototype. The device...
Electrothermal propulsion systems for spacecraft consist of an electrically powered heat exchanger, ...
This paper presents performance testing and evaluation of the AMR-X-0, the first additively manufact...
The paper describes experimental research on a resistojet type rocket thruster which was built as an...
The paper describes experimental research on a resistojet type rocket thruster which was built as an...
Fully-coupled multiphysics simulations are applied to investigate a number of candidate heat exchang...
Fully-coupled multiphysics simulations are applied to investigate a number of candidate heat exchang...
Fully-coupled multiphysics simulations are applied to investigate a number of candidate heat exchang...
This paper reports endurance tests on engineering model high-temperature resistojets manufactured us...