What is the difference between hexogen and cyclonite?

Definitions

hexogen

- Referring to a powerful explosive used in military and industrial applications.

- Talking about a high-energy material used in the production of detonators and other explosives.

- Describing a type of explosive that is stable and safe to handle but highly reactive when detonated.

cyclonite

- Referring to a type of high explosive used in military and industrial applications.

- Talking about a powerful and stable explosive used in the production of detonators and other explosives.

- Describing a type of explosive that is highly reactive and sensitive to shock or friction.

List of Similarities

• 1. Both are types of high explosives.
• 2. Both are used in military and industrial applications.
• 3. Both are used in the production of detonators and other explosives.
• 4. Both are highly reactive and explosive when detonated.
• 5. Both are stable and safe to handle before detonation.

What is the difference?

• 1. Composition: Hexogen is composed of RDX (cyclotrimethylene trinitramine) while cyclonite is composed of RDX and TNT (trinitrotoluene).
• 2. Sensitivity: Cyclonite is more sensitive to shock and friction than hexogen.
• 3. Power: Cyclonite is more powerful than hexogen.
• 4. Usage: Hexogen is more commonly used in military applications while cyclonite is more commonly used in industrial applications.
• 5. Name: Hexogen is also known as HMX while cyclonite is also known as RDX.

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Remember this!

Hexogen and cyclonite are both high-energy materials used in military and industrial applications. They are both stable and safe to handle before detonation, but highly reactive and explosive when detonated. The main difference between them is their composition, sensitivity, power, usage, and name.