Higgins Bob-CBH003 <[email protected]> wrote: ** ** > > As I recall, at the same time the hydrogen was discharged, the water flow > rate was increased – basically being doubled. This caused short term > stored energy (hot water) to be pushed out of the E-cat output and then > measured in the heat exchanger. >
No doubt. But the temperature rose before that. From Lewan's log: 18:53 Delta T 4.7°C 19:03 Delta T 5.3°C That is a significant increase with this instrument. As I said, even if this is the average temperature of the cooling water and steam, it CANNOT increase without energy generation. 19:08 Delta T 8.2°C. Hydrogen discharged, degassing of powder begins, primary circuit flow rate increased. It is unclear whether this temperature was recorded before these actions or after them. Increasing the flow rate will cause more heat to reach the heat exchanger. Degassing of the powder may trigger anomalous heat before loading levels fall. McKubre emphasizes the importance of gas flux, which I believe works in either direction, in or out. Robert Lynn's analysis shows the temperature increasing at around 18:00, decreasing slightly, then rising at 19:00, before 19:08. - Jed
