Which type of explosive is characterized by a super sonic over pressurization shock wave?

High-order explosives are distinguished by their ability to produce a supersonic detonation, resulting in a high-pressure shock wave that travels faster than the speed of sound. This characteristic is crucial because it leads to significantly more destructive power compared to other types of explosives. High-order explosives initiate a rapid chemical reaction, generating an expansive pressure wave that can propagate through the surrounding medium, causing extensive damage over a wider area.

This distinction is vital in tactical scenarios, where understanding the type of explosive and its effects can help paramedics assess the situation and provide appropriate medical care. In contrast, low-order explosives do not generate this kind of shock wave and typically result in slower rates of combustion, resulting in less destructive capability. Conventional blasts and vehicle or enclosed space blasts refer to specific contexts in which explosives are utilized, and each has its own unique characteristics that do not necessarily pertain directly to the speed and intensity of the shock wave produced.