Application to the deconfinement of ammunition in storage aeras.

The present invention relates to a device for the deconfinement of the casing (2) of an ammunition (1) containing an explosive charge (3) that can be initiated by a priming fuse (5).

At high temperatures, nuclear matter undergoes a deconfinement transition to form a quark-gluon plasma.

Within this programme, the threshold for the quark-gluon plasma creation - the onset of deconfinement - was discovered.

Runs would range from something kinda stupid to an outbreak of 008 in which the result was the nuclear strike of the infected area.

More specifically, NA61/SHINE is interested in the deconfinement point, a collision-energy threshold above which the creation of quark-gluon plasma would be possible.

More specifically, NA61/SHINE is interested in the deconfinement point, a collision-energy threshold above which the creation of quark-gluon plasma would be possible.

More specifically, NA61/SHINE is interested in the deconfinement point, a collision-energy threshold above which the creation of quark-gluon plasma would be possible.

Anomalous energy transport is studied in two hot plasmas and appears to be associated with a heating of the solar corona and with a plasma deconfining process in tokamaks.

The CERN was thus able to tackle the Big Bang physics (gluons and quarks high lightening), a mystery that excites the minds of more than just strange particles physicists.

Such collisions cause the quarks that make up atomic nuclei to deconfine at temperatures of approximately two trillion kelvins, conditions similar to those present at around 10−11 seconds after the Big Bang.[83]

Nucleons are also a benchmark laboratory to study confinement and deconfinement mechanisms which remain an open key point, although QCD is a well established theroy in the standard model.

NA61/SHINE aims to uncover properties of the onset of deconfinement by systematic and precise measurements of collision energy and nuclear mass dependence of its signals.