This is where one of those TD modeling programs comes in handy, just need
to know the heat of formation and a few other parameters and no more
guessing.
K
On Sun, Mar 14, 2021 at 2:02 PM Henry Spencer <hspencer@xxxxxxxxxxxxx>
wrote:
On Sun, 14 Mar 2021, Robert Steinke wrote:
Wikipedia says "Titanium is one of the few elements that burns in pure
nitrogen gas". Maybe for a liquid air hybrid you could make use of the
nitrogen as well? Otherwise, I can't see how it would be superior to
lithium hydride or aluminum hydride.
Might also be interesting with N2O, if the Ti would burn with the N2 and
leave the O to react with the H2. If (dim) memory serves, Ti is just
about as willing to react with nitrogen as with oxygen -- the ash from
titanium burning in air is about 80% TiN -- so maybe that would work.
The TiN would be useless as an exhaust gas, since it solidifies at very
high temperatures, but the energy released might make it worth the
trouble.
Henry