TETRAZENE Meaning and
Definition
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Tetrazene is a chemical compound with the molecular formula C2H4N6, consisting of four nitrogen atoms in a six-membered tetrazole ring. It is classified as an energetic material due to its explosive nature and is commonly used as an explosive ingredient in various applications.
In its pure form, tetrazene appears as a white crystalline solid with a relatively high density. It is highly sensitive to heat, friction, and shock, making it a highly explosive compound. Therefore, it is typically handled with extreme care and precaution in specialized facilities.
Tetrazene is extensively used in the manufacturing of explosive materials, including ammunition, propellants, and firecrackers. Its explosive properties are attributed to the presence of nitrogen-rich compounds that can rapidly decompose, releasing a large amount of energy in the form of heat and gas production. This decomposition is initiated by heat or shock, triggering a rapid and violent reaction.
Due to its explosive nature, tetrazene is regulated and controlled by various chemical safety regulations and laws in many countries. Its distribution, handling, and use are tightly monitored to prevent unauthorized access and ensure safety precautions are strictly followed.
In summary, tetrazene is a highly explosive compound commonly used in the production of explosives. Its composition of nitrogen-rich tetrazole ring structures makes it a potent source of energy release upon initiation, providing a powerful and controlled force needed in various industrial applications.
Common Misspellings for TETRAZENE
- retrazene
- fetrazene
- getrazene
- yetrazene
- 6etrazene
- 5etrazene
- twtrazene
- tstrazene
- tdtrazene
- trtrazene
- t4trazene
- t3trazene
- terrazene
- tefrazene
- tegrazene
- teyrazene
- te6razene
- te5razene
- teteazene
- tetdazene
Etymology of TETRAZENE
The word "tetrazene" has its origins in the combination of the prefix "tetra-" and the chemical suffix "-zene".
The prefix "tetra-" comes from the Greek word "tetra", meaning "four". It is often used to indicate the presence of four atoms or groups in a chemical compound.
The suffix "-zene" is derived from the word "benzene", which refers to a six-carbon ring structure commonly found in aromatic compounds.
Therefore, the term "tetrazene" suggests a compound that has a benzene-like ring structure with four additional atoms or groups attached to it.
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