Ammunition comprising diamond particles to intercept hypersonic missiles

Abstract

A novel ammunition usually in a form of warhead, comprising multiple man-made or natural diamonds, to build up an interceptive missile, or an interceptive rocket, or an interceptive artillery bomb. Said novel ammunition releases diamond particles gradually or explosively during the flight to form a barrier made up by multiple diamond particles in midair to intercept a hypersonic missile or other hypersonic flying objects. The extreme hardness and toughness of diamonds made it easy to severely damage a exterior shell and/or internal components of said hypersonic missile or other hypersonic flying objects, after a collision with said diamond particles at extreme speed of high Mach in midair, the collision may lead said hypersonic missile or other hypersonic flying objects to crash or to fail to hit its target. This novel ammunition develops an innovative approach for intercepting hypersonic missiles and other hypersonic flying objects.

1 . A warhead for intercepting hypersonic missiles or hypersonic aircrafts, comprising multiple man-made or natural diamonds embedded or strategically positioned within said warhead, and a mechanism for releasing said diamonds either gradually or explosively in midair; Said released diamonds acting as interceptor particles for midair collision to neutralize or disable hypersonic flying objects. 
     
     
         2 . Said warhead of  claim 1 , wherein the mechanism for releasing said diamonds includes explosive charges or other activation mechanisms that ensure precise timing and deployment of said diamonds. 
     
     
         3 . Said warhead of  claim 1 , wherein said diamonds are released in a controlled pattern gradually to effectively intercept and neutralize hypersonic missiles. 
     
     
         4 . Said warhead of  claim 1 , further comprising a guidance system, and/or sensors and/or tracking devices to calculate an optimal release time-trajectory and to improve accuracy and effectiveness in intercepting hypersonic missiles. 
     
     
         5 . Said warhead of  claim 1 , wherein said diamonds are coated with anti-reflective coatings or heat isolation coatings to enhance their interception capabilities.