Display MoreYes, that is the Dameron who was using in IR camera for calorimetry. You aren't going to like my comment, but using an IR camera (no matter how expensive) for calorimetry says a lot more about Dameron than it does about any measured COP. We know that Rossi also eschewed any non-IR-camera calorimetry, and this speaks volumes about him as well.
Here's something for you to ponder: IR camera's have fourth order sensitivity to error. What that means is that a 'minor' error or bias in observation can be raised to the fourth power. Throw in phase change and pressure errors in assumptions leading to calculated power (because all of the non-water bath measurements relied on calculated power, not physically measured or expressed power), and it is not hard to imagine how they came up with those errant estimates. IR cameras are BAD at measuring absolute heat energy - that's not what they are designed for. They are designed to do an accurate job of measuring spatial differences in thermal output.
But if there were any doubt, we know that a dummy reactor was measuring high COP. Do you suppose they were using Rossi's mandated thermal camera for that?
We also know that Vaughn, to his credit, was trying water bath calorimetry and getting measurements very close to unity (within hundredths) on either side of unity.
You realize, I hope, that a toaster will measure very close to unity, and if the electric cord is included in the water bath system, quality water bath measurement will attain a measure extremely close to the theoretically predicted (according to the First Law of Thermodynamics) value of 1.0000000?
Note: If, like Vaughn, you happened to use a slightly less precise approach on your toaster (he admitted uncertainty about water volume, which is critical) and measure 1.01, please don't bother running out into the streets shouting 'Eureka, my toaster is a perpetual motion machine that will solve the world's 'energy crisis'.
If Rossi really had a COP above 6, a non-experienced business major (like Vaughn) should reasonably be able to measure excess heat using water bath calorimetry, because even if he was off by a lot, he'd still end up with a 'big' number, and 'big' could be as little as 1.5.
The highest number we have from the Docket where we know it was water bath is Vaughn's 1.042 Perhaps they managed to mistakenly measure 1.3 (but we don't know that that was water bath).
If you're trying to measure COP's with precision out to several decimal places, you need to have an experienced technician or researcher involved if you hope to achieve reliable measurements. But of course, tiny COPs do not translate into anything commercializable. The best you could hope is that they lead to further research that might eventually be expanded to commercial viability. To do that, you would almost certainly need to have a better sense of the mechanisms of action.
No one with any knowledge of engineering in general, much less technicality of thermodynamic measurement, would suggest using a an IR camera for calorimetry. In addition to your cogent points above about the absolute lack of applicability, Rossi, et.al, had fun playing with the pretty graphics images in Photoshop, changing around all the pretty colors with all the options in Photoshop. What a laughable fraud, if I were IH, I'd be so ashamed I'd craw under the carpet.