For reducing emissions and saving energy, pilot-ignited methane/diesel engines are
attracting considerable attention as an alternative to traditional diesel engines. However, this …

A novel supercritical-pressure jet stirred reactor (SP-JSR) is developed to operate up to 200
atm. The SP-JSR provides a unique platform to conduct kinetic studies at low and …

High-pressure direct-injection (HPDI) natural gas engines continue to draw much attention
for the highly efficient and clean combustion process compared to traditional diesel engines …

A novel ignition strategy using multi-channel sparks was developed in this paper. Compared
with the typical single spark, the three-channel spark ignition technique enables three …

High-pressure direct-injection (HPDI) of natural gas is one of the most promising solutions
for future ship engines, in which the combustion process is mainly controlled by the chemical …

The kinetics of 16 H-atom abstraction reactions of C 1-C 4 alkanes by ketenyl radical
(HCCO) are studied to enhance the existing combustion mechanisms. Firstly, the obtain the …

To understand the function of methane in low-temperature oxidation processes of methane/n-
heptane mixtures, mole fractions of various species in oxidation processes occurring in an …

To evaluate the use of diesel as a pilot fuel in natural gas combustion in two-stroke maritime
engines, research on high-pressure oxidation of methane/n-heptane mixtures is of interest …

The high pressure flame speeds and high temperature kinetics of 1, 3-butadiene mixtures
are studied by using spherical flames at fuel rich and lean conditions at 1–18 atm with H 2 …

To understand the effect of n-heptane (NC 7 H 16) addition on the auto-ignition of methane
(CH 4) at low to intermediate temperatures, the ignition delay times (IDTs) of stoichiometric …