To gain an atomistic-level insight into the thermal and chemical responses of
ethanol/nitromethane fuel, reactive molecular dynamics simulations were performed to …

An experimental investigation was conducted to determine the hypergolic ignition delay time
and behavior of various solid fuels containing sodium borohydride with high-grade …

The race and competition in aerospace technologies based on environmentally friendly
green propulsion systems with green fuels and oxidizers are attracting a significant attention …

Hypergolic solid fuels and hydrogen peroxide oxidizers have attracted considerable
attention for the development of safe hybrid rocket propulsion systems. In this study, a new …

The results of studies on determination of the ignition delay time of hypergolic low-toxicity
(“green”) propellants with high-test hydrogen peroxide as an oxidizer are discussed. The …

The combination of Al nanoparticles (ANPs) and hydrogen peroxide (H2O2) can serve as
environmentally friendly bipropellants and maximize the energetic benefits through …

Hypergolic ignition of a bipropellant is an intrinsically nonpremixed physicochemical
process that involves both chemistry and fluidic mixing. While the ignition delay time (IDT) of …

Hypergolic solid fuels provide rapid and reliable ignition for hybrid rockets, offering
significant advantages over conventional methods. However, a practical experimental …

Abstract Development of fully green hybrid propulsion systems, in which both the oxidizer
and the fuel are environmentally benign, while having a desirable performance under in …

The present work performed a combined experimental and numerical investigation of the
catalytic ignition and combustion characteristics for a hybrid rocket engine (HRE) using 90 …