If I had Rossi’s ear, I would tell him to install a lithium based heat pipe to distribute the heat produced by the nickel powder in a isothermal mode as those types of pipes are disposed to do.
Furthermore, the heat pipe can vary heat dissipation under thermostatic control to keep the thermal stimulation of the reaction under regulated control. When heat production from the nickel powder gets too high, the heat pipe can cold it to a degree so that the powder maintains a constant temperature profile. Rossi needs to get temperature control close to the nickel powder if he wants to get the most out of his reactor. On Mon, May 20, 2013 at 3:46 PM, Arnaud Kodeck <[email protected]>wrote: > ** > > Rossi has recently stated in JONP that local hot spots in its reactor were > the main issue. If a spot come to a certain upper threshold, the reactor > goes out of control. The keys are uniformity of heat production inside the > eCat and equal density of energy extraction along the entire surface. The > only way to control the eCat, as far as we know now, is through the inside > temperature of the reactor. If Rossi want to improve the COP, the way to do > it is to find another variable to control (as done by Defkalion with spark > plug). Nevertheless, your time domain work might help a lot.**** > > ** ** > ------------------------------ > > *From:* David Roberson [mailto:[email protected]] > *Sent:* lundi 20 mai 2013 21:17 > *To:* **[email protected]** > *Subject:* [Vo]: ECAT Time Domain Response**** > > I was very pleased at the appearance of the time domain temperature plots > that were shown plotted along with the drive waveform. These plots > strongly resembled the ones that my model produced and I have long > contended that his limitation of 6 for COP is based upon stable operation > of the system. This limit occurs as a result of the observation that a > device such as his has the ability to internally generate all of the heat > required to run away unless it can be carefully manipulated. The SSM > period and level are key to getting the desired performance.**** >
