METHODS OF STUDY OF SYNTHETIC MINERAL PROPERTIES OF DISSIPATION INHIGH ALLOY PENETRATION
The results of studies on the dissipative properties siminalov ballistic setup and installation of dynamic compression tests at using the new methodology, these studies revealed that during the collision with drummer siminalov simulating projectile at a speed of 650 m/s the characteristic size of the sample was destroyed by a fragment of ~ 0,5–1,0 mm. Rearranged the results of these experiments demonstrate the capabilities of the proposed methods for dissipative properties. These methods allow you to set the power dissipation of materials on several criteria, namely, allow us to determine the relationship between characteristics of exposure and the level of dissipation, focusing on the impact parameter of the velocity and temperature of heating, its distribution in the material at the time of dissipation, the size of the fracture fragments, as well as the deformation parameters. These criteria and methods described their experimental setting can be the basis for studies of dissipative properties of various materials.