Which classification refers to blasts that result in blunt trauma, penetrating trauma, and inhalation burns?

The classification that describes blasts resulting in blunt trauma, penetrating trauma, and inhalation burns is known as a Conventional Blast. This type of blast often occurs with explosive materials that are commonly used in military and civilian applications. Conventional blasts produce a shockwave that can cause significant physical injury through various mechanisms. The pressure wave can result in blunt trauma, damaging internal organs, and can also lead to penetrating injuries from shrapnel or debris.

Inhalation burns may occur if the explosion ignites materials in the surrounding environment, creating heat and flames that pose a risk to individuals near the blast. Conventional blasts are typically associated with explosives that have a moderate-to-high rate of detonation and result in a broad range of injuries due to their nature of propagation.

The context of other options highlights the distinction between different types of explosives. High-order explosives are characterized by a rapid reaction and are more likely to cause extensive damage, but their main focus isn't on the resulting injuries from blunt and penetrating trauma specifically linked to conventional trips. Vehicle or enclosed space blasts refer to explosions that occur in confined spaces, which may lead to different injury profiles, emphasizing pressure effects and confinement consequences. Low-order explosives, on the other hand, typically produce less force and do not have the same level