So Sorry, I had an order of magnitude error. But the point still applies. The point I was trying to make was that the 130 kw heat spike could not come from a reactor vessel with a limited surface area of a reaction vessel the size of a golf ball without melting. That heat spike must have only come from a vessel with a volume of at least one liter.
On Sun, May 8, 2011 at 3:43 PM, Alan Fletcher <a...@well.com> wrote: > Where did the 130,000 kW come from? Levi reported 130 kW for a "brief > period". > > Levi only reported that he saw the OUTSIDE of the reactor ... presumably a > longer version of the bulge in the nekkid mini eCat. > > Essen and Kullander accepted ROSSI's statement that the current reactor is > 50cc. All that we actually know is the size of the nearly-spherical 7cm > bulge. > > Reactor Sphere diameter: 7.00 cm OUTER volume: 179.59 cm3 > > E&K didn't measure the weight of the Hydrogen. > > Lewan gives the weight AND the pressure: > > Weight hydrogen bottle (attached, opened, closed, and detached): - before: > 13653.1 grams - after: 13652.6 grams Total loaded: 0.5 grams > Pressure H2 Bottle: 85 bar Reduced: 12 bar > > From the weight (0.5g) and pressure (12 bar) we could compute the total > pressurized volume. That would give an upper limit on the reactor volume. > > H Cylinder === valve 1 ==== lost hydrogen === valve 2 === visible tubing > === reactor > > The hydrogen between valve 1 and valve 2 is lost when the cylinder is > disconnected. This is all industry-standard stuff, so one could build a > dummy without a reactor, and subtract that volume from the observed volume. > > This could be compared to the total bulge volume. > > Not worth doing though ... 50cc vs 180cc isn't a significant difference. > > > ------------------------------ > > *From: *"Axil Axil" <janap...@gmail.com> > > *To: *vortex-l@eskimo.com > *Sent: *Sunday, May 8, 2011 9:48:59 AM > > *Subject: *Re: [Vo]:Only one size E-Cat? > > If 500 cc volume were true... > > > A cubed shaped reaction chamber with a volume of 50 CC that can produce a > 130,000 kw heat spike would radiate at a power of 1 kilowatt per square > > centimeter give or take. > > > > The absolute black body radiation temperature of such a vessel would be > 17,636,684,303 degrees. > >
