What is a common application of the centrifugal force in explosives?

The application of centrifugal force in explosives is notably relevant in the activation of fuzes. When explosive devices are designed to be deployed from aircraft or in other high-speed scenarios, they often include fuzes that utilize centrifugal force as a means of initiation.

In this context, as the device moves through the air and gains rotational velocity, the centrifugal force can move mechanisms within the fuze, triggering a process that leads to the detonation of the explosive charge. This mechanism allows for a delay in detonation until the explosive reaches a predetermined condition, such as height or speed, thereby enhancing the weapon's efficacy and ensuring that it detonates at the optimal moment for the intended impact.

The other applications mentioned are less relevant in the context of how they relate to centrifugal force in explosives. While stabilization, ordnance dispersion, and the creation of air pressure can be important in the broader context of explosives and their effects, they do not directly involve the specific use of centrifugal force in the initiation process as effectively as the activation of fuzes does.