Ah, yes. And what a good article it is. Very short on technical data, but what there is is, well, entertaining and illuminating.
You do understand, I hope, that Rossi has been adamant from the beginning that no neutrons are emitted as part of his process. This didn't make a whole lot of sense, given that his patent application specified energy thermalization by means of a boron lining to the reactor tube or borated water as a primary heating medium.
Then we had the public demo, and there was no mention of boron anywhere.
Now, we have
Rossi: The E-Cat, after 15, 20 years of expected life is just a piece of steel, lead, ceramic, boron, with residual nickel powder inside. All recyclable. No radioactive waste left, of course.
No mention of copper tubing, of course, which casts some (that is, a whole lot of) doubt on the representation of the demo'd E-cat as representative of the current design. But the question is: why boron? Boron isn't a good absorber of gamma radiation. Ah, but it is a classic neutron absorber. And you can expect neutron flux to induce secondary radiation. But there's no secondary radiation, right? Rossi says so.
It's all very mysterious.
Then there's
In any case you are right, if 59-Cu is formed from 58-Ni we should have the couples of 511 keV at 180° and we never found them, while we found keV in the range of 100-300 keV. I think no 59Cu is produced.
Well, of course no 59Cu is formed. Rossi himself has stated that no 58Ni is used. How could he have forgotten this? After all, he has clearly invented a super-cheap method of isotope separation, in order to allow replenishment costs to be around 100 euros. So how could he forget this?
It's all very mysterious.
And then there's this gem
Karl-Henrik Malmqvist: When Edison invented the commercial light bulb he tested over 6000 vegetable growths for the most suitable filament material. How many mixtures/versions of the catalytical materials have you tested until the present one?
Rossi: Tens of thousands of combinations.
Now bear with me here, while I do a little basic math.
Let's assume 2 hours to test a potential catalyst. After all, you have to load the treated nickel, button up the hydrogen line, connect the initiating heater (connected, of course, directly to the nickel), close up the coolant system, verify the instrumentation, pressurize the hydrogen, activate the heater, monitor the coolant flow, and wait to see what happens. Whether the compound works or not, you then have to reverse the whole procedure, and then you try again. And none of this addresses the time and effort required to treat the nickel samples with each compound in the first place.
If Rossi spent 8 hours a day, 5 days a week, 50 weeks per year doing nothing but testing compounds, he would manage 1000 tests per year. So what else has he been doing for the last 20 years?
It's all very mysterious.
Crawdaddy, you have criticised me for superficial research, but this sort of thing is exactly why superficial reasearch is all I need. Rossi can't seem to keep his statements straight, and that is one of several reasons I don't believe him.