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 …

In process industries, the pipe connecting the various process units has complex structures.
An experimental system was established to examine the flame propagation in premixed …

In this paper, the lower flammability limits (LFLs) of NH 3/H 2 mixtures under different initial
pressures (50–250 kPa) and initial temperatures (20–100° C) are experimentally and …

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 …

To evaluate the explosion intensity by flame luminance, a series of explosive and inerting
tests on LPG in a 20-L spherical chamber were taken. A quantitative assessment of flame …

Exploring the dynamic mechanical properties of shale helps to understand the damage of
shale reservoirs under dynamic loading. In this paper, static Brazilian splitting experiments …

Regenerative thermal oxidation of Ventilation-Air-Methane is a technology for clean
utilization of energy. Increasing methane concentration can enhance utilization efficiency …

Post-accident prevention measures in Chinese coal mining enterprises were based on
single accident case training, and the learning of accident information is limited to the …

The enhancement of shale gas explosion pressure is an unresolved issue in the emerging
in-situ methane explosive fracturing. An effective approach to further enhance combustion …

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 …