[AR] Re: Mills Fuel Experiment
- From: James Bowery <jabowery@xxxxxxxxx>
- To: arocket <arocket@xxxxxxxxxxxxx>
- Date: Thu, 19 Mar 2015 20:35:53 -0500
Still awaiting a link to the derivation of this over-unity implication.
On Thu, Mar 19, 2015 at 8:32 PM, Monroe L. King Jr. <
monroe@xxxxxxxxxxxxxxxxxx> wrote:
> Yes, what is it with all this overunity stuff Lately. I fought with my
> dad about it till I was 13 lol. But I gave in a long time ago. THERE IS
> NO FREE LUNCH!
>
> Monroe
>
> > -------- Original Message --------
> > Subject: [AR] Re: Mills Fuel Experiment
> > From: qbert@xxxxxxxxxxxxxxx
> > Date: Thu, March 19, 2015 6:13 pm
> > To: arocket@xxxxxxxxxxxxx
> >
> >
> > I'd be very speculative of his work, although
> > he's never said it publicly, if you follow his
> > line of thinking you get an over unity device.
> >
> > At 06:57 PM 3/19/2015, you wrote:
> > >For those willing to entertain a speculative
> > >fuel -- one which has a potential exhaust
> > >velocity (specific energy) of tens of km/s:
> > >
> > >ReadingÂ
> > ><
> http://www.blacklightpower.com/wp-content/uploads/papers/SunCellPaper.pdf
> >H2O-Based
> > >Solid Fuel Power Source Based on the Catalysis
> > >of H by HOH Catalyst and thinking about what
> > >might constitute a relatively simple and
> > >inexpensive qualitative demonstration, it occurs
> > >to me that if (as is indicated by Table 1)
> > >titanium is acting as a Mills catalyst, a pure
> > >Ti+H system based on atomic hydrogen welding
> > >(AHW) may be worth a try for the following reasons:
> > >
> > > * In AHW, the shielding gas is hydrogen.
> > > * The tungsten electrodes could be replaced
> > > by titanium electrodes feeding in at a higher rate.
> > > * Rather than nano-titanium the catalytic
> > > surface is vaporized titanium at 3,287°C -- a
> > > temperature readily achievable by AHW.
> > > * Being shielded from oxygen by the hydrogen
> > > flow, titanium oxidation is avoided thereby
> > > avoiding a major confounding process and variable.
> > > * The power into the AHW apparatus therefore
> > > takes two easily meterable forms:Â
> > > * electric power from the wall andÂ
> > > * hydrogen gas
> > > * The power out of the AHW apparatus should
> > > be dominated by light, which is also easily meterable.
> > > * Finally, and perhaps most decisively, the
> > > peak temperature should exceed that achievable by AHW.
> > >
> > >Further on in the same paper, Figure 10 may
> > >indicate a superior fuel mixture of:
> > >
> > >50 mg NH4NO3 + KOH + KCl (2:1:1 wt.) + 15 mg H2OÂ
>
>
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