Ammonia has been essential to human activities for centuries. It is widely used as feedstock
for fertilizers, industrial chemicals, and emission after-treatment systems. Owing to its …

Most often, the laminar burning velocity (SL) of ammonia was measured in mixtures diluted
by nitrogen bearing in mind its potential use as an alternative carbon-free fuel. Replacing …

Automated platforms could enable the unprecedented pace required for modeling the
countless proposed alternative fuels relevant to future technologies, but existing platforms …

Abstract The N 2 O+ O reaction plays a critical role in NO x formation at high pressures and
low peak temperatures, in the “dark zone” region of deflagration waves of organic energetic …

Ammonia is a highly promising carbon-neutral fuel. The use of ammonia as a fuel for internal
combustion engines can reduce fossil energy consumption and greenhouse gas emissions …

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 …

For the deep understanding on combustion of ammonia/diesel, this study develops a
reduced mechanism of ammonia/diesel with 227 species and 937 reactions. The sub …

Propagating uncertainties in kinetic models through combustion simulations can provide
important metrics on the reliability and accuracy of a model, but remains a challenging and …

Background The optimization of flow and temperature patterns in industrial reactors is
crucial for achieving efficient and uniform chemical reactions. This study's major goals are to …

In an emerging energy landscape that increasingly discourages the use of traditional fossil
fuels, there remain applications for which the continued use of high energy density liquid …