Molecular Dynamics Meets Flame Simulation to Predict Soot Growth Faster and More Accurately
Researchers at the University of Melbourne have coupled molecular dynamics-derived soot rates with computational fluid dynamics to predict soot growth ...
Researchers at the University of Melbourne have coupled molecular dynamics-derived soot rates with computational fluid dynamics to predict soot growth ...
A simulation chamber study finds that soot's complex refractive index depends strongly on whether Mie or RDG-FA optical theory is ...
Researchers have built an AI framework that designs fuels by optimizing key physicochemical properties, achieving simulated efficiency gains of 6.62 ...
New research shows the soot fraction of human black carbon emissions has more than doubled since 1750, making today's black ...
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© 2025 Scienmag - Science Magazine