Tahan Ledakan Shenhai
Leveraging the principles of chemical thermodynamics and equilibrium, the adiabatic flame temperature for various fuels is calculated. This temperature differs across fuel types, but for many standard combustible gas mixtures, it hovers around 2500 Kelvin.
| Fuel Name | Fuel Concentration (%) | Flame Temperature (K) |
|---|---|---|
| metana | T1 | T2 |
| Etilen | T＞450 | 450≥T＞300 |
| Asetilen | metana | |
| propana | Etana, propana, Aseton, Fenetil, En, aminobenzena, Toluena, benzena, Amonia, Karbon monoksida, Etil Asetat, Asam Asetat | Butana, Etanol, propilena, Butanol, Asam Asetat, Butil Ester, Amil Asetat Asetat Anhidrida |
| Butadiena | propilena, Asetilen, Siklopropana, Gas Oven Kokas | Epoksi Z-Alkana, Propana Epoksi, Butadiena, Etilen |