Shock Waves Ignite Fuel-Air Interfaces in Two Distinct Ways, Simulations Show
Numerical simulations of shock waves striking sinusoidal hydrogen-air interfaces reveal weak and strong ignition regimes, with combustion leaving instability growth ...
Numerical simulations of shock waves striking sinusoidal hydrogen-air interfaces reveal weak and strong ignition regimes, with combustion leaving instability growth ...
A new systematic review finds that current numerical models have limited applicability to complete hybrid rocket engine configurations and proposes ...
A laboratory response-surface and kinetic study found an optimized shrimp-shell liquefaction rate of 42.35% under mixed-polyol conditions, with an estimated ...
A new kinetic theory shows that protein denaturation, not lipid membrane breakdown, drives photosynthetic heat failure and caps plant heat ...
A validated chemical kinetics model reveals how charge temperature and twin-pulse injection strategies can push hydrogen-diesel RCCI engines past their ...
Argonne researchers built Phy-ChemNODE, a physics-constrained autoencoder-NeuralODE framework that emulates stiff methane combustion kinetics with 6x to 860x speedups while ...
A team of geochemists and chemists argues in Nature Communications that equilibrium and rate constants at solid-water interfaces should be ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine