Plasma focus devices have been investigated as a pulsed radiation source. Different studies
have shown that the shape of the anode affects strongly the plasma dynamic and X-ray …

The neutron emission from a low energy (2.2 kJ) plasma focus (PF) device operated with two
different shapes (cylindrical and converging) of anodes has been investigated by employing …

Forward wide-angle neon ion emissions in a 3.5 kJ plasma focus device (PFD) were studied
using 5 different anode top geometries; hollow-end cylinder, solid triangle, solid …

The dense plasma focus (DPF) can be an intense source of x rays, wherein the insulator
sleeve strongly dictates the electrical breakdown, which subsequently affects the formation …

The Lee model has been employed to investigate the nitrogen soft x-ray emission from a
Mather-type dense plasma focus device with an elliptical anode head. The simulations have …

X-ray pulses (full width at half maximum∼ 90 ns, dose rate∼ 10 7 Gy s− 1) were used to
irradiate the monolayer of peripheral blood mononucleated cells using the PF-2kJ kilojoule …

The neutron emission from a low energy (2.2 kJ) plasma focus device operated in deuterium
medium has been investigated by employing photo-multiplier tube (PMT) and bubble …

In this article, a modified version of the Lee model is utilized to research the effect of
variation of the geometric parameters of the electrode system on the amount of the soft X-ray …

It has been reported that over a range of 3–280 kJ, neutron-optimized deuterium plasma
focus machines operate with a near constant speed factor S= 89±8 kA cm− 1 per (torr) 0.5 …

A hybrid fission-fusion reactor with a Dense Plasma Focus (DPF) as a fusion core and the
dual layer fissionable blanket as the energy multiplier were conceptually designed. A …