With the assumption of infinite conductivity a simple model may be constructed for the dynamic construction of a current carrying plasma, i.e., the pinch effect. The magneto-hydrodynamic equations of this model are discussed and solved. It is also shown that the infinite conductivity model can be derived from a picture of particles orbiting without collisions in the fields set up by their motions
The structure of magnetic fields in wire-array Z pinches at stagnation was studied using a Faraday r...
A reversed current flow in a Z-pinch plasma, which has been observed in previous experiments, is rep...
This paper investigates wire X-pinch (WXP) evolutions by the Eulerian resistive magneto-hydrodynamic...
The conductivity of ionized gases is treated by a method similar to that used by Alfven in his book ...
A time dependent two-dimensional MHD calculation for pinch experiments, previously developed at Colu...
The stability of the quiescent ground state of an incompressible viscous fluid sheet bounded by two ...
A discussion of probe measurement of the magnetic field in a plasma is presented with particular ref...
We review a few problems issued from the modeling of the transport of charged particles, subject to ...
The mechanism of the transient pinch at low densities, outlined in an early paper by Rosenbluth, has...
The hollow electrode Z-pinch (HEZP) experiment is a new construction for the electromagnetic propuls...
Abstract only availableA Z-pinch is process through which current is passed though a column of plasm...
Contains reports on five research projects.U. S. Navy (Office of Naval Research) under Contract Nonr...
We proposed tapered pinch discharge as a measure to conduct laboratory astrophysics experiments. Bas...
The theoretical analysis of a high density Z-pinch (HDZP) begins with an examination of the steady s...
In conjunction with ongoing high-current experiments on Sandia National Laboratories' Z accelerator,...
The structure of magnetic fields in wire-array Z pinches at stagnation was studied using a Faraday r...
A reversed current flow in a Z-pinch plasma, which has been observed in previous experiments, is rep...
This paper investigates wire X-pinch (WXP) evolutions by the Eulerian resistive magneto-hydrodynamic...
The conductivity of ionized gases is treated by a method similar to that used by Alfven in his book ...
A time dependent two-dimensional MHD calculation for pinch experiments, previously developed at Colu...
The stability of the quiescent ground state of an incompressible viscous fluid sheet bounded by two ...
A discussion of probe measurement of the magnetic field in a plasma is presented with particular ref...
We review a few problems issued from the modeling of the transport of charged particles, subject to ...
The mechanism of the transient pinch at low densities, outlined in an early paper by Rosenbluth, has...
The hollow electrode Z-pinch (HEZP) experiment is a new construction for the electromagnetic propuls...
Abstract only availableA Z-pinch is process through which current is passed though a column of plasm...
Contains reports on five research projects.U. S. Navy (Office of Naval Research) under Contract Nonr...
We proposed tapered pinch discharge as a measure to conduct laboratory astrophysics experiments. Bas...
The theoretical analysis of a high density Z-pinch (HDZP) begins with an examination of the steady s...
In conjunction with ongoing high-current experiments on Sandia National Laboratories' Z accelerator,...
The structure of magnetic fields in wire-array Z pinches at stagnation was studied using a Faraday r...
A reversed current flow in a Z-pinch plasma, which has been observed in previous experiments, is rep...
This paper investigates wire X-pinch (WXP) evolutions by the Eulerian resistive magneto-hydrodynamic...