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Hydrazine + Liquid Fluorineand liquid fluorine as a semi cryogenic-cryogenic storable lunar space propellant

The use of Liquid Fluorineliquid fluorine as an oxidizer diluted with Liquid Oxygenliquid oxygen has been tested, but wasn't flown, by Bell and Rocketdyne, seperately.   

http://www.astronautix.com/l/lf2hydrazine.html It

It was determined that it'sits toxic and explosive nature made it unsuited to use as a launch vehicle propellant.

However, unmannedUnmanned tugs or landers for lunar orbit and landing, if we aim to make them reusable to save on launch costs, would be most useful with high energy propellants.

Given the advantages of this propellant mix, and it's lack of danger when on an unmanned lunar vehicle of any type, what has prevented this from being utilised already. Given the advantages of this propellant mix, and its lack of danger when on an unmanned lunar vehicle of any type, what has prevented this from being utilised already?

Hydrazine + Liquid Fluorine as a semi cryogenic storable lunar space propellant

The use of Liquid Fluorine as an oxidizer diluted with Liquid Oxygen has been tested, but wasn't flown, by Bell and Rocketdyne, seperately.  http://www.astronautix.com/l/lf2hydrazine.html It was determined that it's toxic and explosive nature made it unsuited to use as a launch vehicle propellant.

However, unmanned tugs or landers for lunar orbit and landing, if we aim to make them reusable to save on launch costs, would be most useful with high energy propellants.

Given the advantages of this propellant mix, and it's lack of danger when on an unmanned lunar vehicle of any type, what has prevented this from being utilised already.

Hydrazine and liquid fluorine as a semi-cryogenic storable lunar space propellant

The use of liquid fluorine as an oxidizer diluted with liquid oxygen has been tested, but wasn't flown, by Bell and Rocketdyne, seperately. 

http://www.astronautix.com/l/lf2hydrazine.html

It was determined that its toxic and explosive nature made it unsuited to use as a launch vehicle propellant.

Unmanned tugs or landers for lunar orbit and landing, if we aim to make them reusable to save on launch costs, would be most useful with high energy propellants.

Given the advantages of this propellant mix, and its lack of danger when on an unmanned lunar vehicle of any type, what has prevented this from being utilised already?

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Hydrazine + Liquid Fluorine as a semi cryogenic storable lunar space propellant

The use of Liquid Fluorine as an oxidizer diluted with Liquid Oxygen has been tested, but wasn't flown, by Bell and Rocketdyne, seperately. http://www.astronautix.com/l/lf2hydrazine.html It was determined that it's toxic and explosive nature made it unsuited to use as a launch vehicle propellant.

However, unmanned tugs or landers for lunar orbit and landing, if we aim to make them reusable to save on launch costs, would be most useful with high energy propellants.

Given the advantages of this propellant mix, and it's lack of danger when on an unmanned lunar vehicle of any type, what has prevented this from being utilised already.