There was some discussion around using ClF3 as an oxidizer, which would work but there were problems around containment/storage of a material that is hypergolic with sand and most metals.
It’s super oxidative, AND corrosive. When you pour a normal oxidizer on metal, you get a thin layer of oxidized metal, and the reaction stops.
But CIF3 will dissolve that oxide, and keep going. And keep going fast enough that stuff catches on fire.
It’s a chemical used to clean vapor deposition chambers, in tiny little ampules. The idea of using it rocket-sized volumes should make every sane person run for the hills.
There was some discussion around using ClF3 as an oxidizer, which would work but there were problems around containment/storage of a material that is hypergolic with sand and most metals.
And, as the legendary John Clark has noted, with such things as cloth, wood, and test engineers.
“Ignition!” Was a really entertaining read.
It’s super oxidative, AND corrosive. When you pour a normal oxidizer on metal, you get a thin layer of oxidized metal, and the reaction stops.
But CIF3 will dissolve that oxide, and keep going. And keep going fast enough that stuff catches on fire.
It’s a chemical used to clean vapor deposition chambers, in tiny little ampules. The idea of using it rocket-sized volumes should make every sane person run for the hills.
OP did ast for crazy ideas
I don’t think that’s far enough.