This paper is a sequel to the 1998 review paper “Scientific status of the Dense Plasma
Focus” with 16 authors belonging to 16 nations, whose initiative led to the establishment of …

Low-temperature (<; 10 eV) plasmas with densities varying over a very wide range from 10
13 m-3 at the lower end to as high as 10 23 m-3 have firmly established themselves as one …

A table top plasma focus device operating at hundreds of joules was used to simulate an
equivalent damage factor than the obtained on the divertor in tokamak experiments. Using …

This paper presents the review of the applications of pulsed high energy density pinch
plasmas (with energy densities in the range of 1–10× 1010 J/m3, accompanied by self …

Energy and flux of ion beams in a Mather type (5 kJ) plasma focus device was investigated.
The experiments were performed with argon as the chamber gas at the optimum pressure of …

Ion emission angular distribution mechanisms in plasma focus devices (PFD) have not yet
been well developed and understood being due to the lack of an efficient wide-angle ion …

The impurity incorporation in host high-spin orbit coupling materials like platinum has shown
improved charge-to-spin conversion by modifying the up-spin and down-spin electron …

The behavior of current drop and its correlation with ion beam emission during the radial
phase of a high inductance low energy Mather type plasma focus device have been studied …

The distribution of argon ion beam emitted from a small plasma focus device (PFD) with four
different anode tips ie, cylindrical with a flat top, cylindrical with a hollow top, cone with a flat …

Acceleration of deuterium ions to high energies and their anisotropic emission has been
tried to be understood from pinch voltage (V p) perspectives using 3.1 kJ plasma focus …