The Kinetic Thermite Plasma Anti-Tank is the second iteration of the TPAT type shell. Improving upon the weakness of the GTPAT, the KTPAT has a stronger BMG tip alongside fluoroantimonic acid. The BMG tip will strike the outer titanium hull, shearing the outer layer, from there the BMG tip will vibrate and transfer the intense kinetic shock straight into the ceramic/liquid layer, causing microfractures within the boundary of the solid graphene ceramic blocks. The BMG tip, now enhanced instead of mushrooming (like normal metal tips) will constantly undergo adiabatic shear banding and constantly sharpen itself, sloughing off the nanoscale layers. Maintaining a sharp needle point that drives into the cracked ceramic block. The fluoroantimonic acid through that tip leaking in and penetrating more the armor. Due to the kinetic point-pressure being concentrated on a local area, it exceeds the sheer limits of the electrified graphene. Breaking through the solid barrier. From there, the hyper-pressurized plasma released from the nano-thermites plasma seeps into the liquid channels carrying the graphene nanoplatelets, crippling its ability to electrify.
ts would fry eveyrone
