The more I think about this idea the more I wonder if it's been tried before
- coz it's such a damn good idea on 1st glance.
You could make a bunch of swirl injectors similar to those used for the V2.
https://www.youtube.com/watch?feature=player_embedded&v=Gg0zXznU3Tk
(video link only to illustrate the tangential entry concept you could
utilise for a more simple cylindrical tubular part).
but the actual outlet orifice can be substantially larger to obviously
accommodate the added volume of decomposed peroxide.
These can be primarily cylindrical parts that screw into a header plate with
most of the cylindrical section extending into the chamber. A bunch of these
small cylinders would be a good heat sink potentially allowing them to be
made from copper perhaps which should be a good enough catalyst at elevated
temps?
The inner coating or inner liner of the cylinders might need to be a
stronger catalytic material to assist with startup, but that can also be an
expendable liner that only hangs around for startup.
Should be pretty easy to fabricate and could potentially have better
longevity than a typical cat pack.
Troy.
-----Original Message-----
From: arocket-bounce@xxxxxxxxxxxxx [mailto:arocket-bounce@xxxxxxxxxxxxx] On
Behalf Of Uwe Klein
Would this be applyable to decomposing H2O2?
Take a cylinder with walls clad in catalytic and a central outflow on one
end.
inject H2O2 in a vortex inducing fashion so that centrifugal forces push the
denser H2O2 out on the wall while the decomposed gases collect in the center
and are ejected.
uwe
