Ammonia (NH 3) energy has emerged as a new international strategy to mitigate climate
change and energy crises because ammonia–hydrogen fuel can effectively overcome the …

To avoid increasing the dilution gas to achieve higher temperatures for rapid compression
machines (RCM) at the end of compression, this study introduced an oil-bath heating system …

Ammonia (NH 3) is relatively less reactive compared to hydrocarbon fuels. Therefore,
ammonia mixtures blended with hydrogen (H 2) have been shown to be a promising fuel for …

This study investigated the two-stage ignition behavior of NH 3/H 2 mixtures using a rapid
compression machine (RCM). The ignition delay times and first-stage ignition delay times of …

In recent years, a number of experimental and numerical studies on chemical kinetics of
ammonia (NH 3) have been performed and NH 3 chemical kinetic models have been …

Hydrogen-assisted oxidation of ammonia under flow reactor conditions was investigated
through experiments and chemical kinetic modeling. Novel experiments, conducted in a …

Ammonia (NH 3) as an attractive carbon-free fuel is gaining considerable attention in the
industry for its enormous potential in global decarbonization, which is expected to achieve …

Fulfilling the role of ammonia as a viable energy vector and clean alternative fuel for
combustion systems requires an improved understanding of its fundamental chemical …

Understanding the formation and evolution of N 2 O in NH 3-fueled combustion has
implications for pollutant control and for developing a more accurate kinetic model of NH 3 …

Recently, a two-stage ignition phenomenon of NH 3/H 2 mixtures was experimentally
observed in a rapid compression machine, which is closely linked to the concept of flame …