I doubt very much that iron could act as a catalyst (in the pure sense of
the word) as a catalyst is not supposed to participate in the reaction only
facilitate it.  Iron will quickly oxidize (give up electrons) and in the
words of Harry Potter "Disapparate".

As for different wavelengths and I presume resonance frequencies is what was
being referred to, our bodies as we should all know have a rather large
component of water in them (yes even in skin).  What is likely more
applicable with regard to your superhero hand is that shorter wavelengths
(blue) are more likely to reflect (scatter) from the surface of your skin
while longer wavelengths are more likely to penetrate the surface (perhaps
only a millimeter). What you feel is quite different from what energy might
be present.  The trick is in absorbing that energy - enter the debate of
shinny side tinfoil - sorry I'm kidding...

As for iron and its effect - although not technically catalytic it might
have a desired effect of thermal storage in the reactive zone (red hot)
which could enhance conversion, but I would suspect material blockage etc...
 Just how much it would help I'm not sure.

-Derek Schulze


On Wed, Dec 15, 2010 at 9:36 PM, Bruce Jackson <[email protected]> wrote:

>  Before I forget this yet again...
>
> Is it possible that the zone that produces heat, needs a catalyst like
> iron?
> My uninformed opinon (without reviewing my heat transfer tomes) would be
> that
> the gas is invisible to the infrared component. I suspect the gas is only
> picking up heat from conduction. I don't know the percentages of which
> components are domainant (thats the home work part), but if the IR
> component is
> significant, then its being lost on the gas. This especially if the ash is
> what
> the gas impinges on.
>  This idea occurs to me from watching the fires. I can hold my hand in the
> flames but I can't hold it near the coals because I am picking up too much
> IR.
> BPJ
>
>
>
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