This review covers efforts to optimize combustion in spark ignition and compression ignition
engines using pre-chamber ignition systems, with a focus on the fuel used in the pre …

Abstract Derived Cetane Number (DCN) serves as a critical indicator for assessing the
ignition quality of fuels in diesel engines. Training generalized regression models for DCN is …

Isoprene was converted to a jet fuel blendstock through thermal cyclodimerization followed
by hydrogenation. The dimerization was performed at moderate temperature (200° C) and …

Exhaust gas recirculation (EGR) is one of the effective methods to control NOx emission from
diesel engine. The present study focused on the amount of soot particles that are back into …

High humidity promotes the growth and agglomeration of particles, which accelerates
particle deposition. The particles emitted from the natural combustion of diesel (B0), palm oil …

Autothermal reforming (ATR), which uses the inverse diffusion flame (IDF) configuration, is a
promising technology to economically mass-produce hydrogen, which is seen as a key …

This study applies a multi-location soot sampling method in a small-bore optical
compression ignition engine to show in-flame particle evolution of a surrogate jet fuel with …

Threshold sooting index (TSI) is one of the critical properties related to the soot emission of
diesel. Investigating the effects of TSI on the prediction of soot emission and the response of …

Insulating cotton was used to change the airflow temperature in the exhaust pipe of a diesel
engine, and soot particles at different positions in the exhaust pipe under different operating …

Transportation sector is facing new challenges in terms of stringent vehicle tailpipe
emissions and CO2 emission reduction, moving the sector towards decarbonisation. In this …