The flammability limits are essential parameters that reflect the risk of a gas explosion and
are affected by the temperature, pressure, and inert gas. Many industrial processes are run …

The flammability limit is a critical parameter used to evaluate the risk of explosions from
flammable gases and design appropriate explosion-proof measures. This study employs a …

The upper flammability limit (UFL) of ethylene/propane mixtures was investigated using a
self-built 20 L spherical explosion characteristic experimental device at initial temperatures …

This study investigates the upper flammability limits (UFLs) of propane/air and ethylene/air
mixtures at various temperatures and pressures. The experiments were conducted in a 20 L …

Determining the ignition temperature of combustible substances is crucial in enhancing
energy utilization efficiency and preventing fire and explosion accidents. This study …

The partial oxidation process is a chemical technique with a high risk of deflagration, which
involves directly mixing of fuels with oxidizers at elevated conditions. Under non-standard …

Ammonia-hydrogen blended fuel has drawn substantial attention as an environmentally
friendly, carbon-free fuel because it effectively overcomes the inherent disadvantages of …

The blend of ammonia (NH3) and dimethyl ether (DME) is a promising renewable and clean
fuel. This work studies the basic explosion characteristics of NH3/DME/air with varying …

The properties of an ethane-ethylene mixture were analyzed under varying equivalence
ratios (ranging from 0.58 to 1.4) and ethylene volume fractions (ranging from 0% to 100%) …

Hydrocarbon fuels, in addition to being direct sources of energy, also serve as crucial raw
materials for numerous industrial processes. In this study, the oxidation of propanal to …