In the present work, the explosion of hydrogen-propane-nitrous oxide mixtures with various
equivalence ratios (ϕ= 0.2-2.4), propane fractions (ω C= 0-1.0) and initial pressures (P 0 …

The turbulent deflagration to detonation transition (DDT) process occurs when a subsonic
flame interacts with intense turbulence resulting in spontaneous acceleration and the onset …

In this work, the explosion of hydrogen/nitrous oxide/carbon dioxide mixtures with various
equivalence ratios (0.6–1.0), initial pressures (40–100 kPa), and carbon dioxide fractions …

This Review examines the gas-phase oxidations of hydrogen and other fuels (ammonia,
hydrazine, hydrocarbons) with nitrous oxide, running as self-ignitions, deflagrations, or …

In 2014 DLR started research activities focused on premixed monopropellants consisting of
nitrous oxide and hydrocarbons. Those propellants offer promising characteristics as they …

The flame propagation in nitrogen-diluted CH 4–N 2 O mixtures was monitored by pressure
measurements during explosions in a spherical vessel with central ignition. The burning …

Safety concerns of N 2 O has arisen due to its extensive existence in nuclear waste and
aerospace applications. In present study, the stoichiometric mixtures of C 2 H 4/N 2 O with N …

Nitrous oxide has a wide range of applications, and the explosion in presence of nitrous
oxide can cause serious disaster. In this study, we reported the explosion characteristics of …

Nitrous oxide (N 2 O) has gained popularity as a unique oxidizer for propulsion applications
due to its ability to decompose exothermically, producing nitrogen and oxygen. In the current …

The laminar burning velocities of a stoichiometric CH4–N2O mixture diluted with N2 [30–
60%(by volume)] at various initial pressures (1–10 bar) and various initial temperatures …