The injection of dense plasmas into a B sub z long magnetic field from both ends of the field coil was investigated. Deflagration plasma guns and continuous flow Z-pinch are discussed along with the possibility of a continuous flow Z-pinch fusion reactor. The injection experiments are described with emphasis on the synchronization of the two plasma deflagration guns, the collision of the two plasma beams, and the determination of plasma density
A toroidal plasma is confined and heated by the simultaneous application of strong d.c. magnetic fie...
Absolute and convective microinstabilities of hot, fully ionized, collisionless magnetized plasm
Investigations into two different fields of plasma research are presented here. These include the st...
One rather discouraging feature of our conventional approaches to fusion energy is that they do not ...
Converging, coaxial accelerator electrode configuration operates in vacuum as plasma gun. Plasma for...
High density magnetized plasma discharges in open-ended geometries, like Tandem Mirrors, have a vari...
The limitations of the Tokamak fusion reactor concept are discussed and various other fusion reactor...
Plasma escaping from the ends of a Z-pinch can be slowed by a plug of cold gas. Model calculations p...
Applications of quasi-steady state plasma acceleration to development of pulsed plasma jet engine
Some of the difficulties inherent to the large scale release of fusion ënergy are discussed. In part...
Developed equipment consisted of a high magnetic field solenoid with supporting instrumentation for ...
A preliminary report on the identification and optimization of independent variables which affect th...
As the principles underpinning magnetic confinement are contrary to allowing significant heat flow v...
Research at NASA Lewis Research Center reported at Fifth NASA Intercenter and Contractors Conference...
Advanced forms of propulsion are required to drastically improve upon the limits of existing technol...
A toroidal plasma is confined and heated by the simultaneous application of strong d.c. magnetic fie...
Absolute and convective microinstabilities of hot, fully ionized, collisionless magnetized plasm
Investigations into two different fields of plasma research are presented here. These include the st...
One rather discouraging feature of our conventional approaches to fusion energy is that they do not ...
Converging, coaxial accelerator electrode configuration operates in vacuum as plasma gun. Plasma for...
High density magnetized plasma discharges in open-ended geometries, like Tandem Mirrors, have a vari...
The limitations of the Tokamak fusion reactor concept are discussed and various other fusion reactor...
Plasma escaping from the ends of a Z-pinch can be slowed by a plug of cold gas. Model calculations p...
Applications of quasi-steady state plasma acceleration to development of pulsed plasma jet engine
Some of the difficulties inherent to the large scale release of fusion ënergy are discussed. In part...
Developed equipment consisted of a high magnetic field solenoid with supporting instrumentation for ...
A preliminary report on the identification and optimization of independent variables which affect th...
As the principles underpinning magnetic confinement are contrary to allowing significant heat flow v...
Research at NASA Lewis Research Center reported at Fifth NASA Intercenter and Contractors Conference...
Advanced forms of propulsion are required to drastically improve upon the limits of existing technol...
A toroidal plasma is confined and heated by the simultaneous application of strong d.c. magnetic fie...
Absolute and convective microinstabilities of hot, fully ionized, collisionless magnetized plasm
Investigations into two different fields of plasma research are presented here. These include the st...