Definitions
- Referring to a device that initiates an explosive charge at a predetermined time or under specific conditions. - Talking about a component of a bomb, missile, or other explosive device that controls the timing of the explosion. - Describing a mechanism that sets off a projectile or explosive charge in a firearm or artillery shell.
- Referring to a device that triggers an explosive charge to detonate. - Talking about a component of a bomb, missile, or other explosive device that initiates the explosion. - Describing a mechanism that sets off a charge in a blasting cap or other explosive material.
List of Similarities
- 1Both are components of explosive devices.
- 2Both initiate an explosion.
- 3Both require precise timing and control.
- 4Both can be activated remotely.
- 5Both are used in military and civilian applications.
What is the difference?
- 1Function: Fuze controls the timing of the explosion, while detonator initiates the explosion.
- 2Location: Fuze is typically located within the explosive device, while detonator may be separate from the explosive charge.
- 3Type of device: Fuze is commonly used in bombs, missiles, and other explosive devices, while detonator is often used in blasting caps and other small-scale explosives.
- 4Activation method: Fuze can be activated by impact, pressure, or other specific conditions, while detonator is usually activated by an electrical or chemical signal.
- 5Size: Fuze is generally larger than detonator due to its function in controlling the timing of the explosion.
Remember this!
Fuze and detonator are both components of explosive devices that initiate an explosion. However, the difference between fuze and detonator is their function and location. A fuze controls the timing of the explosion and is typically located within the explosive device, while a detonator initiates the explosion and may be separate from the explosive charge.
