Add to ORKGA small scale study on the hazardous potential of gelled hypergolic rocket propellants is presented. As model substances nitric acid combined with furfuryl alcohol were gelled with Aerosil. Gelling reduces the intensity of reactive conversion of hypergolic fuels when they get into contact without forced mixing due to the prevention of convective flows. In the case of a leakage in the septum of side by side stored hypergolic components a self inhibition effect was observed
This thesis report is written as part of the Master Aerospace Engineering - Space Flight of the Delf...
The present study is a review of the main aspects in gel propellants past and current research and d...
The hazards and risks associated with the handling, transportation and storage of hypergolic propell...
Hypergolic propellants (hypergols) are propellants that ignite shortly after contact. They omit the ...
Hypergolic propellants are widely used by the propulsion community in various applications. A monome...
The research in the aeronautical field takes up the increase of safety an performance and tries to o...
This article gives a short introduction into the technology of gelled propellant rocket motors and g...
Gelled fluids are homogeneous mixtures of a liquid and a gelling agent. They behave like a solid at ...
For future airbreathing and rocket propulsion systems gelled propellants can be a promising replacem...
A two-part study was undertaken to investigate ignition of hypergolic propellants. The first part fo...
The current trend in the area of high energy storable liquid rocket propellant research is to develo...
Gel propellants offer the possibility to build throttleable and versatile propulsion systems with ea...
Rocket systems, which are operated either with gel propellants or with hybrid propellant combination...
Some propellants currently used in space propulsion have the disadvantage of being dangerous to huma...
As of now, the most widely used hypergolic fuels are hydrazine derivates with nitrogen tetroxide as ...
This thesis report is written as part of the Master Aerospace Engineering - Space Flight of the Delf...
The present study is a review of the main aspects in gel propellants past and current research and d...
The hazards and risks associated with the handling, transportation and storage of hypergolic propell...
Hypergolic propellants (hypergols) are propellants that ignite shortly after contact. They omit the ...
Hypergolic propellants are widely used by the propulsion community in various applications. A monome...
The research in the aeronautical field takes up the increase of safety an performance and tries to o...
This article gives a short introduction into the technology of gelled propellant rocket motors and g...
Gelled fluids are homogeneous mixtures of a liquid and a gelling agent. They behave like a solid at ...
For future airbreathing and rocket propulsion systems gelled propellants can be a promising replacem...
A two-part study was undertaken to investigate ignition of hypergolic propellants. The first part fo...
The current trend in the area of high energy storable liquid rocket propellant research is to develo...
Gel propellants offer the possibility to build throttleable and versatile propulsion systems with ea...
Rocket systems, which are operated either with gel propellants or with hybrid propellant combination...
Some propellants currently used in space propulsion have the disadvantage of being dangerous to huma...
As of now, the most widely used hypergolic fuels are hydrazine derivates with nitrogen tetroxide as ...
This thesis report is written as part of the Master Aerospace Engineering - Space Flight of the Delf...
The present study is a review of the main aspects in gel propellants past and current research and d...
The hazards and risks associated with the handling, transportation and storage of hypergolic propell...