Thermobaric bomb, also known as thermobaric, is a kind of physical principle. Its lethality not only comes from the shock wave and debris generated by **, but also from its high-temperature combustion of oxygen in the target area, resulting in extremely high air pressure in a short period of time, causing great damage. This article will analyze in detail the principle of thermobaric bombs, their lethality, and their application in modern warfare.
First, the principle of thermobaric bomb.
The working principle of thermobaric bomb is mainly to use the high temperature and high pressure generated by explosive** to burn the oxygen in the target area, so as to produce extremely high air pressure in a short time. This air pressure is generated, resulting in a sharp increase in the density of the air in the target area, creating a destructive force similar to that of a storm.
The process of thermobaric bombs can be divided into two stages: the first stage is the first stage of explosives, which produces high temperature and high pressure; The second stage is the combustion of oxygen in the target area by high temperatures and pressures, resulting in extremely high air pressure. The generation of this air pressure will cause the density of the air in the target area to increase dramatically, resulting in a huge destructive force.
Second, the lethality of thermobaric bombs.
The lethality of thermobaric bombs mainly comes from the high air pressure and heat energy they generate. When the thermobaric bomb** is used, a high-temperature and high-pressure fireball will be generated, and this fireball will quickly spread to the surrounding areas, destroying the surrounding objects instantly. At the same time, the ** of the thermobaric bomb will also produce a huge shock wave, which will cause the surrounding buildings to collapse and personnel **.
In addition to physical damage, thermobaric bombs can also cause chemical damage to the human body. When the thermobaric bomb is **, a large number of harmful gases and particles will be produced, which will cause serious harm to the human body and even fatal.
3. The application of thermobaric bombs in modern warfare.
Because of its powerful lethality and penetrating power, thermobaric bombs have a wide range of applications in modern warfare. It can be used to attack the enemy's military facilities, depots, command posts and other key targets. Especially in urban warfare, thermobaric bombs can effectively destroy buildings and clear enemy bunkers.
In addition, thermobaric bombs can also be used in anti-terrorist operations. Due to its strong penetration and lethality, the thermobaric bomb can quickly penetrate the building and hit the *** hidden in the building At the same time, the thermobaric bomb can also minimize the ** of innocent civilians and protect the surrounding building facilities.
IV. Conclusion. As a modern high-tech projectile, its unique principle and strong lethality make it have an important position on the battlefield. However, due to its high lethality, the use of thermobaric bombs has also sparked widespread controversy. In the future, with the advancement of science and technology, we look forward to the emergence of more humane and accurate ** to protect the lives of innocent civilians and reduce the harm caused by war.