Just because you keep repeating that doesn't make it so. If the water was at 5 to 10 bars, it could easily be heated to 150 - 180 C. in the preheating process. At that point, being wrapped up in that massive insulation blanket, it would stay over 100 C for hours. It could even be boiling the small trickle of water being fed in by the pump during that time.
Then when Rossi released the pressure by opening the valve at the end of the test, as you said, the water coming out would immediately cool to 100 C. The most obvious contradiction shown in the video is that modest stream of steam coming out of the hose at the top of the E-Cat, versus the robust stream of water and steam coming out of the valve at the bottom. It's obvious that they are not part of the same physical reservoir. If they were, the steam coming out of the top would be whipping the hose around like crazy. ________________________________ From: Jed Rothwell <[email protected]> To: John Milstone <[email protected]> Sent: Sunday, January 22, 2012 4:23 PM Subject: Re: [Vo]:University testing of the E-cat question asked on Rossi blog It was above 100 deg C but that does not prove the heat came from joule heating. It came from cold fusion. - Jed
