With hydrazine on the list of "substances of very high concern" by the European Chemicals Agency; hence alternative (storable) liquid rocket propellants are being developed which are less hazardous. During this feasibility study, experiments have been performed with a thermal ignition system in combination with hydrogen peroxide and ethanol as green propellants to achieve ignition followed by self-sustained combustion at the lowest possible power consumption. The experiments have been followed up by a computer model that has been simulated in COMSOL.Aerospace Engineerin
Hydrogen peroxide has been around as rocket propellant for several decades. It was popular as monopr...
Since the 1960s hydrazine is used as a monopropellant to power rockets, satellites or planetary prob...
Worldwide, the hybrid rocket propulsion technology gained in importance recently. A new innovative h...
Some propellants currently used in space propulsion have the disadvantage of being dangerous to huma...
The paper presents the main activities of the Institute of Aviation (IoA) in the field of chemical r...
Space Technology is the backbone of modern technological advancements. With sustainable development ...
This paper presents the hypergolic ignition test results of a potential environmentally friendly liq...
This paper presents the development of indigenous hybrid rocket technology, using 98% hydrogen perox...
Since the 1960s hydrazine (N2H4) is the commonly used monopropellant for various space propulsion sy...
International audienceRecently, the interest in storable propellants for rocket engines has been dri...
This document describes the selection assessment of propellants for a 1-newton g...
This document describes the selection assessment of propellants for a 1-newton green bipropellant th...
The ignition delay for the incipient sustained reaction of hypergolic propellants is of crucial impo...
The ongoing developmental studies on the application of hydrogen peroxide for propulsion are briefly...
This study investigates the ignition and combustion behavior of the recently developed green hypergo...
Hydrogen peroxide has been around as rocket propellant for several decades. It was popular as monopr...
Since the 1960s hydrazine is used as a monopropellant to power rockets, satellites or planetary prob...
Worldwide, the hybrid rocket propulsion technology gained in importance recently. A new innovative h...
Some propellants currently used in space propulsion have the disadvantage of being dangerous to huma...
The paper presents the main activities of the Institute of Aviation (IoA) in the field of chemical r...
Space Technology is the backbone of modern technological advancements. With sustainable development ...
This paper presents the hypergolic ignition test results of a potential environmentally friendly liq...
This paper presents the development of indigenous hybrid rocket technology, using 98% hydrogen perox...
Since the 1960s hydrazine (N2H4) is the commonly used monopropellant for various space propulsion sy...
International audienceRecently, the interest in storable propellants for rocket engines has been dri...
This document describes the selection assessment of propellants for a 1-newton g...
This document describes the selection assessment of propellants for a 1-newton green bipropellant th...
The ignition delay for the incipient sustained reaction of hypergolic propellants is of crucial impo...
The ongoing developmental studies on the application of hydrogen peroxide for propulsion are briefly...
This study investigates the ignition and combustion behavior of the recently developed green hypergo...
Hydrogen peroxide has been around as rocket propellant for several decades. It was popular as monopr...
Since the 1960s hydrazine is used as a monopropellant to power rockets, satellites or planetary prob...
Worldwide, the hybrid rocket propulsion technology gained in importance recently. A new innovative h...