The results of the development and studies of heterogeneous catalysts for decomposition of
highly concentrated hydrogen peroxide used as monopropellant and oxidant in rocket …

This review provides a state-of-the-art and up-to-date analysis of the design and
development of green monopropellant thrusters based on hydrogen peroxide (H 2 O 2) and …

The two-electron reductive activation of O2 to O22–is of particular interest to the scientific
community mainly due to the use of peroxides as green oxidants and in powerful fuel cells …

Silica-doped alumina–supported catalyst, containing manganese oxides, doped with cobalt
oxide, was prepared in situ by wet impregnation, vacuum drying, and calcination at 700° C …

The current research is focused on investigating the possibility of harnessing the thermal
decomposition of highly concentrated Hydrogen Peroxide 98% ie, utilizing a decomposition …

In a worldwide scenario which sees an increasing number of small satellite launches, novel
mission concepts may be unlocked providing the spacecrafts with the very precise and rapid …

This study aimed to assess the decomposition rate of highly concentrated hydrogen
peroxide on catalyst samples, based on the various materials and the geometry of the …

Reusability in the launcher sector has been studied for quite a long time in Europe, but so
far, projects have mostly stayed on the drawing-board. Today, players from the so-called …

Hydrogen peroxide (High Test Peroxide, HTP) emerges as a promising candidate for green
space propulsion applications due to its lower toxicity compared to liquid conventional …

The fast decomposition of peroxides (M 2 O 2, where M= H+, Li+) at room temperature has
gained increased attention given its relevance, from propulsive systems to metal-O 2 …