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The positron beam interacts with the matter of the air and other devices decomposing the matter intro hyper-ionized plasma forming a plasma front preceding the positron beam. The plasma front expands rapidly upon impact with the target and super heats it to intra-solar temperatures. This is followed by the positron beam with rapidly decomposes the matter it contacts into more hyper-ionized plasma with causes a cascade effect to explosively decompose matter upon impact. | The positron beam interacts with the matter of the air and other devices decomposing the matter intro hyper-ionized plasma forming a plasma front preceding the positron beam. The plasma front expands rapidly upon impact with the target and super heats it to intra-solar temperatures. This is followed by the positron beam with rapidly decomposes the matter it contacts into more hyper-ionized plasma with causes a cascade effect to explosively decompose matter upon impact. | ||
[[Category:Advanced | [[Category:Advanced Weaponry]] | ||
Latest revision as of 16:40, 14 February 2018
This early-development prototype is a scaled down pistol version of the DRX-23 Compressed Positron Beam Rifle. It uses the same power source of a hydrogen cartridge feeding a particle collider to produce a coherent stream of positrons. While this model has a more limited range, its destructive power is surprisingly potent for such a small and light weapon.
Effects
The positron beam interacts with the matter of the air and other devices decomposing the matter intro hyper-ionized plasma forming a plasma front preceding the positron beam. The plasma front expands rapidly upon impact with the target and super heats it to intra-solar temperatures. This is followed by the positron beam with rapidly decomposes the matter it contacts into more hyper-ionized plasma with causes a cascade effect to explosively decompose matter upon impact.