Increasingly military and commercial system applications seek smaller and smaller packaging. This in turn has a corresponding demand on energy and power requirements. This paper examines the available technologies which can be used to produce propulsion. The available technologies are examined using the criteria of: short duration power missions, millipound class and smaller thrust levels, performance and toxicity. It will be shown that for space, air, ground and sea applications monopropellant hydrogen peroxide based propulsion in general terms provides the best overall solution
This paper discusses the potential use of hydrogen peroxide as oxidizer for solid rocket propulsion....
This paper will present technologies and concepts for novel aeropropulsion systems. These technologi...
In space propulsion hydrogen peroxide is a “green” solution that overcomes the problem of toxicity r...
As satellite designs shrink, providing maneuvering and control capability falls outside the realm of...
As satellite designs shrink, providing maneuvering and control capability falls outside the realm of...
Abstract. As satellite designs shrink, providing maneuvering and control capability falls outside th...
A continuing demand exists to develop the capabilities of nanosatellites. A key element limiting the...
ABSTRACT: Hydrogen peroxide is a non toxic, low cost, green monopropellant with a significant potent...
This paper presents the development of indigenous hybrid rocket technology, using 98% hydrogen perox...
This project presents the design, fabrication, and testing of a flight-like hydrogen peroxide ...
In order to develop a novel, low-cost space propulsion system with a thrust of 0.1N, this paper disc...
This paper presents the status of developments worldwide regarding use of hybrid rocket motors for s...
A resurgence of interest in peroxide propulsion has occurred in the last years of the 21st Century. ...
At the moment, it does not exist a low-cost propulsion system in the market capable of providing thr...
Hydrogen peroxide has been around as rocket propellant for several decades. It was popular as monopr...
This paper discusses the potential use of hydrogen peroxide as oxidizer for solid rocket propulsion....
This paper will present technologies and concepts for novel aeropropulsion systems. These technologi...
In space propulsion hydrogen peroxide is a “green” solution that overcomes the problem of toxicity r...
As satellite designs shrink, providing maneuvering and control capability falls outside the realm of...
As satellite designs shrink, providing maneuvering and control capability falls outside the realm of...
Abstract. As satellite designs shrink, providing maneuvering and control capability falls outside th...
A continuing demand exists to develop the capabilities of nanosatellites. A key element limiting the...
ABSTRACT: Hydrogen peroxide is a non toxic, low cost, green monopropellant with a significant potent...
This paper presents the development of indigenous hybrid rocket technology, using 98% hydrogen perox...
This project presents the design, fabrication, and testing of a flight-like hydrogen peroxide ...
In order to develop a novel, low-cost space propulsion system with a thrust of 0.1N, this paper disc...
This paper presents the status of developments worldwide regarding use of hybrid rocket motors for s...
A resurgence of interest in peroxide propulsion has occurred in the last years of the 21st Century. ...
At the moment, it does not exist a low-cost propulsion system in the market capable of providing thr...
Hydrogen peroxide has been around as rocket propellant for several decades. It was popular as monopr...
This paper discusses the potential use of hydrogen peroxide as oxidizer for solid rocket propulsion....
This paper will present technologies and concepts for novel aeropropulsion systems. These technologi...
In space propulsion hydrogen peroxide is a “green” solution that overcomes the problem of toxicity r...