A Helicon Plasma Thruster has been tested in the 500-1000 W radio-frequency power range, at 13.56 MHz. In order to determine its propulsive performances, a parametric study of some operational parameters has been carried out, including the exploration of the magnetic field topology and strength, the mass flow rate, and different propellants. The plasma plume has been characterized by means of intrusive plasma diagnostics, which allow an indirect estimation of the thrust, 2-6.6 mN, and thrust efficiency, about 2.9%. The structure of the plasma expansion is compared against a theoretical model showing a good agreemen
International audienceBy considering particle, momentum, and energy balance equations, we develop a ...
International audienceBy considering particle, momentum, and energy balance equations, we develop a ...
Electrodeless plasma thrusters represent a new class of electric space propulsion possessing a numbe...
A Helicon Plasma Thruster has been tested in the 500-1000 W radio-frequency power range, at 13.56 MH...
A Helicon Plasma Thruster has been tested in the 500-1000 W radio-frequency power range, at 13.56 MH...
A Helicon Plasma Thruster is an electric propulsion system in which the thrust is attained accelerat...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Nuclear Science and Engineering; and,...
A Helicon Plasma Thruster is an electric propulsion system in which the thrust is attained accelerat...
This thesis is concerned with characterising the plume expansion in the magnetic nozzle of a helicon...
Special Issue on Space Plasma PropulsionAn axisymmetric, finite difference frequency domain model is...
Special Issue on Space Plasma PropulsionAn axisymmetric, finite difference frequency domain model is...
Special Issue on Space Plasma PropulsionAn axisymmetric, finite difference frequency domain model is...
Electrodeless plasma thrusters represent a new class of electric space propulsion possessing a numbe...
The Helicon thruster (HT) is an innovative concept of electric propulsion system designed for in-spa...
International audienceBy considering particle, momentum, and energy balance equations, we develop a ...
International audienceBy considering particle, momentum, and energy balance equations, we develop a ...
International audienceBy considering particle, momentum, and energy balance equations, we develop a ...
Electrodeless plasma thrusters represent a new class of electric space propulsion possessing a numbe...
A Helicon Plasma Thruster has been tested in the 500-1000 W radio-frequency power range, at 13.56 MH...
A Helicon Plasma Thruster has been tested in the 500-1000 W radio-frequency power range, at 13.56 MH...
A Helicon Plasma Thruster is an electric propulsion system in which the thrust is attained accelerat...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Nuclear Science and Engineering; and,...
A Helicon Plasma Thruster is an electric propulsion system in which the thrust is attained accelerat...
This thesis is concerned with characterising the plume expansion in the magnetic nozzle of a helicon...
Special Issue on Space Plasma PropulsionAn axisymmetric, finite difference frequency domain model is...
Special Issue on Space Plasma PropulsionAn axisymmetric, finite difference frequency domain model is...
Special Issue on Space Plasma PropulsionAn axisymmetric, finite difference frequency domain model is...
Electrodeless plasma thrusters represent a new class of electric space propulsion possessing a numbe...
The Helicon thruster (HT) is an innovative concept of electric propulsion system designed for in-spa...
International audienceBy considering particle, momentum, and energy balance equations, we develop a ...
International audienceBy considering particle, momentum, and energy balance equations, we develop a ...
International audienceBy considering particle, momentum, and energy balance equations, we develop a ...
Electrodeless plasma thrusters represent a new class of electric space propulsion possessing a numbe...