Magnetic nozzle appears to be a practical solution for prolonged space missions. For
efficient handling of the spaceship, an in-flight solution to customize the thrust from the …

A three-thick tapered-coils system is developed and the role of spacing and relative size of
the coils along with their tapering in controlling the plume geometry through a magnetic …

A theoretical model is developed to investigate the density gradient driven instability in an
E→× B→ plasma system with the consideration of finite temperature of both the electrons …

Hall thrusters have high thrust-to-power ratio, efficiency and specific impulse. Therefore, less
propellant mass is required for small satellite missions compared to chemical thrusters. In …

Rocket nozzles are subject to various kinds of loadings that typically include the pressure
due to hot exhaust gas, forces experienced as a result of high-speed flow of the propellant …

Electron-self-injection in bubble wakefield acceleration is the new concept for acceleration
of electrons inside bubble. In this technique, self-injected plasma electrons have been used …

An EÃ B plasma is important for various applications including Hall thrusters and magnetic
nozzle for long-lasting space propulsion. Such a cross field arrangement in inductively …

The magnetohydrodynamics model is used to investigate the spatial damping in a Hall
thruster beam plasma under the effect of thermal motion and electron beam density. Plasma …

Positrons have many potential applications in the field of high-energy nuclear and particle
physics. For the generation of such high-energy positrons, we propose a mechanism via an …

This article investigates the acceleration of an injected electron inside a waveguide with a
Piet-Hein cross section and a perfect electric conductor wall containing cold non …