The measurement of the voltage between electrodes and the discharge current time derivative in Plasma Focus devices can be used to obtain important information on the neutron-producing pinch stage of the mentioned devices. The analysis of a 60-shots experimental run in a 5.7 kJ Mather-type device results in correlations suggesting that the neutron yield depends mostly on the average energy per particle delivered to the plasma during the pinch stage
An experimental study on plasma focus fusion mechanisms is presented in this paper. Simple diagnosti...
The measurement of very short neutron bursts, when individual neutrons cannot be counted in the usua...
The gross dynamics of the plasma focus is discussed in terms of phases. The dynamics of the axial an...
Measurements of the X-ray and neutron emissions from a dense plasma focus device are given which inc...
Abstract—Dynamics in the radial phase and plasma conditions in the pinch phase have been studied usi...
Artículo de publicación ISIDynamical discharge characteristics and their relation with the total ne...
From dimensional considerations and also experiments the compressed radius, pinch length and lifetim...
Present work presents calculations and experimental studies on the formation and dynamics of plasma ...
The differences in performance of a 1.9 kJ plasma-focus device PACO assembled with three different c...
The plasma focus discharge can generate, accelerate and pinch the plasma up to high density and temp...
The Dense Plasma Focus (DPF) is a simple Z-pinch device with the ability of producing X-rays and ne...
A large number of experimental investigations have been carried out on plasma focus devices especial...
Recent extensive and systematic numerical experiments have uncovered new insights into plasma focus ...
Contrary to the general expectation that performance of a plasma focus would progressively improve w...
At present the Plasma Physics and Plasma Technology Group of the Comisión Chilena de Energía Nuclear...
An experimental study on plasma focus fusion mechanisms is presented in this paper. Simple diagnosti...
The measurement of very short neutron bursts, when individual neutrons cannot be counted in the usua...
The gross dynamics of the plasma focus is discussed in terms of phases. The dynamics of the axial an...
Measurements of the X-ray and neutron emissions from a dense plasma focus device are given which inc...
Abstract—Dynamics in the radial phase and plasma conditions in the pinch phase have been studied usi...
Artículo de publicación ISIDynamical discharge characteristics and their relation with the total ne...
From dimensional considerations and also experiments the compressed radius, pinch length and lifetim...
Present work presents calculations and experimental studies on the formation and dynamics of plasma ...
The differences in performance of a 1.9 kJ plasma-focus device PACO assembled with three different c...
The plasma focus discharge can generate, accelerate and pinch the plasma up to high density and temp...
The Dense Plasma Focus (DPF) is a simple Z-pinch device with the ability of producing X-rays and ne...
A large number of experimental investigations have been carried out on plasma focus devices especial...
Recent extensive and systematic numerical experiments have uncovered new insights into plasma focus ...
Contrary to the general expectation that performance of a plasma focus would progressively improve w...
At present the Plasma Physics and Plasma Technology Group of the Comisión Chilena de Energía Nuclear...
An experimental study on plasma focus fusion mechanisms is presented in this paper. Simple diagnosti...
The measurement of very short neutron bursts, when individual neutrons cannot be counted in the usua...
The gross dynamics of the plasma focus is discussed in terms of phases. The dynamics of the axial an...