Hank Mills November 21st, 2011 at 11:24 PM <http://www.journal-of-nuclear-physics.com/?p=563&cpage=1#comment-126865>
Cremating Thermal Inertia With A Custom E-Cat Test ... — text box — 1) Put two E-Cat modules of the same design side by side. Any design of module could be used, as long as they were each of the same model of E-Cat. 2) Fill the first module (A) with hydrogen under the highest SAFE pressure possible, high enough so that the self-sustain mode would be particularly robust. 3) Fill the second module (B) with ordinary atmosphere. The reactor could would contain the “charge” (nickel, catalyst, etc), but no hydrogen. This would be the “control” unit, that would produce no excess energy. 4) Setup both systems so that each would receive the exact same electrical input, and the same flow rate of water. Use appropriate methods to measure the electrical input, and the flow of water throughout the test. 5) Place thermocouples at the inlet of each reactor, inside of each reactor, and in the water (air or steam) exiting each reactor (the output). 6) Start logging the temperatures via an automatic data collection system, and turn on the electric resistors in both module (A) and (B). 7) Once it is absolutely certain (no doubt) that self sustain mode has “took” in module (A) which contains hydrogen, turn off the resistors in both module (A) and (B). Then turn on the radio frequency generator in both modules. 8)Keep recording data. During this time period module (A) in self sustain mode should output a continual flow of liquid water or steam, that maintains a fairly constant temperature, or actually rises in temperature. However, the output from the control module (B) — with no hydrogen — should quickly drop in temperature. 9) Keep the test going for as long as practically possible, to show that long after the control module has stopped emitting heat, the module with hydrogen is continually producing a steady output. — text box — [ I coulda sworn I posted a similar protocol here ... except in time-series, not parallel] Rossi let it past moderation, but didn't reply to it.
