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 …

Flammability limits play an important role in combustion research, industrial applications,
and fire safety. This article provides a comprehensive review of recent developments in the …

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 …

With the development of industrial technology, a new process has emerged for the
production of acrylic acid using propane as a feedstock. There are few studies on the …

The lower flammability limits (LFLs) of H 2/NH 3/CH 3 OH mixtures and related flame
morphologies are experimentally investigated under elevated pressures, elevated …

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%) …

An innovative experimental method was introduced to study flammability limits and limiting
oxygen concentration of complex hydrocarbon mixtures simulating crude oil vapour …

The flammability limits and minimum ignition energy (MIE) are key parameters for assessing
the hazards associated with hydrogen-doped natural gas. The ignition source is simplified …