This study fundamentally investigates the effects of internal flue gas recirculation (IFGR) on
the combustion characteristics of methane/air mixtures, particularly on the NO x formation …

Achieving minimal levels of nitrogen oxides (NO x) during combustion is a major constraint
in the design of advanced high-efficiency engines. NO x can be formed during combustion of …

To improve the combustion intensity of biogas which is a renewable gas turbine fuel with
methane (CH 4) and CO 2 as major components, dimethyl ether (DME, CH 3 OCH 3) was …

This study provides fundamental experimental evidence for the influence of exhaust gas
recirculation (EGR) on the formation of NO x and reactivity of premixed flames at …

Currently, the aviation sector is seeking for alternatives to kerosene from crude oil, as part of
the efforts combating climate change by reducing greenhouse gas (GHG) emissions, in …

Rate constants for the title reaction for different bath gas species, M, are essential to
accurate combustion predictions. Most experimental studies of the title reaction assume the …

Along with other nitrogen oxides, nitric oxide (NO) is a regulated air pollutant that is primarily
produced as a result of combustion processes. This pollutant is produced in every …

There is a need for fast and reliable emissions prediction tools in the design, development
and performance analysis of gas turbine combustion systems to predict emissions such as …

A comprehensive study of prompt nitric oxide (NO) formation is presented for rich (φ= 1.3)
premixed flames of alkanes and alcohols. Measurements of the flame burning rate, the …

This work investigates the formation of NO in a range of laminar, premixed, burner-stabilized
C1 to C3 alcohol and alkane flames, in the equivalence ratio between 0.8 and 1.2 …