In this article, considering the most important interactions between the ionized admixture particles and the working plasma ones, we have analyzed the effect of added gas on the current and confinement time of the pinched plasma in plasma focus devices. Moreover, we demonstrate how heating and cooling the pinched plasma can be controlled by the increase and decrease on the percentage of the added particles and by this way the rise in the rate of D–D nuclear reactions is calculated
Dense plasma foci are the most efficient devices in the production of fast neutrons proceeding from ...
Contrary to the general expectation that performance of a plasma focus would progressively improve w...
Recent extensive and systematic numerical experiments have uncovered new insights into plasma focus ...
In this article, considering the most important interactions between the ionized admixture particles...
In this article, the effect of admixture gas on the heating and cooling of pinched plasma directly r...
The plasma focus is a source of pulsed radiation, which is of interest in various fields of physics ...
From dimensional considerations and also experiments the compressed radius, pinch length and lifetim...
The differences in performance of a 1.9 kJ plasma-focus device PACO assembled with three different c...
Abstract — It is known that the radius ratio of a plasma pinch depends on the specific heat ratio γ ...
Present work presents calculations and experimental studies on the formation and dynamics of plasma ...
Recent extensive and systematic numerical experiments have uncovered new insights into plasma focus ...
Abstract An extensive comparative theoretical and experimental study was carried out with the aim of...
The plasma focus is a promising small-scale alternative to the huge Tokamak project in the developme...
The plasma focus discharge can generate, accelerate and pinch the plasma up to high density and temp...
The measurement of the voltage between electrodes and the discharge current time derivative in Plasm...
Dense plasma foci are the most efficient devices in the production of fast neutrons proceeding from ...
Contrary to the general expectation that performance of a plasma focus would progressively improve w...
Recent extensive and systematic numerical experiments have uncovered new insights into plasma focus ...
In this article, considering the most important interactions between the ionized admixture particles...
In this article, the effect of admixture gas on the heating and cooling of pinched plasma directly r...
The plasma focus is a source of pulsed radiation, which is of interest in various fields of physics ...
From dimensional considerations and also experiments the compressed radius, pinch length and lifetim...
The differences in performance of a 1.9 kJ plasma-focus device PACO assembled with three different c...
Abstract — It is known that the radius ratio of a plasma pinch depends on the specific heat ratio γ ...
Present work presents calculations and experimental studies on the formation and dynamics of plasma ...
Recent extensive and systematic numerical experiments have uncovered new insights into plasma focus ...
Abstract An extensive comparative theoretical and experimental study was carried out with the aim of...
The plasma focus is a promising small-scale alternative to the huge Tokamak project in the developme...
The plasma focus discharge can generate, accelerate and pinch the plasma up to high density and temp...
The measurement of the voltage between electrodes and the discharge current time derivative in Plasm...
Dense plasma foci are the most efficient devices in the production of fast neutrons proceeding from ...
Contrary to the general expectation that performance of a plasma focus would progressively improve w...
Recent extensive and systematic numerical experiments have uncovered new insights into plasma focus ...