The thermacore and the Rossi process are completely different in that Rossi uses lithium and thermocore is a pure hydrogen process. Comparing the two is confusing.
For one thing, generating Ultra dense lithium might require a larger pore size that Rossi fabricates in a fuel/nickel preprocessing step. But Holmlid seems to make loads of UDH with iron oxide. The hydrogen might erode the surface of the F2O3 by stipping the oxigen from the iron to form cavities on the surface of the F2O3. On Mon, Feb 6, 2017 at 4:35 PM, Jones Beene <[email protected]> wrote: > This is a revised post about a special variety of nickel known as > Sherritt-Gordon. This nickel is more costly, since it is is made by > hydrogen reduction instead of smelting. Essentially this means that the > nickel is refined in a high pressure autoclave process where hydrogen under > heat and pressure are employed to refine it from ore. Normal smelting uses > carbon in air and no pressure. > > The Sherritt Gordon company in Western Canada no longer makes this > product, but it is still available using the same refining process. The > working premise is that it comes "preloaded" with UDH ... but of course, > one can also simulate this. > > You may be aware that Alan Goldwater has in his ongoing work for MFMP is > pre-processing his Hunter nickel under hydrogen pressure for 200 hours, so > it may end up approximating Sherritt. Sherritt uses higher pressure, > higher temperature and shorter time than Alan. > > In fact, Hunter Chemical LLC sells the Sherritt Gordon type off the shelf, > but almost everyone in LENR seems to be using Hunters other nickel - the > "AH" series which is a carbonyl process (reduction by carbon instead of > hydrogen). > > Notably - the AH nickel has a spikey surface which was formerly thought to > be important - but the bottom line is that no one in LENR can reliably make > the AH nickel work for excess heat, despite having "a nano-structured > surface which looks like it ought to work" - at least no one has yet made > Hunter-AH nickel work in a robust and repeatable way and maybe Alan can do > that by pre-processing. > > Or you could just buy the the Sherritt Gordon nickel, which was the type > used in the Thermacore "runaway" experiment and apparently by Randell Mills > in his successful Ni-H work. That is Ahern's approach. > > > From earlier post: > > > There is no scientific evidence that using a wide size range of nickel > powder is important or even helpful and there is good evidence that it is > not important at all. > > > Rossi may say this in his patent ... i.e. that it is important - but > Rossi could not provide IH with nickel which worked -- and that is why we > have this lawsuit going on. > > > The one and only nickel-hydrogen experiment of the past 28 years which > is guaranteed to have worked beyond any reasonable doubt is the Thermacore > runaway experiment in 1996 which Brian Ahern will be trying to replicate > this month. > > > Other experiments in the past did work, no argument there - but the > proof of a melted stainless steel pressure vessel - in Thermacore's > experiment and the high quality of their corporate R&D team makes their > result as close to absolute proof of massive thermal gain as is possible, > given the vagaries of calorimetry. > > > That certainty of the end result is one of the main reasons Ahern is > trying to replicate. The problem of course is that with success you end up > with a melted mass of steel and this makes finding a funder for the effort > very difficult. You have one swing of the bat and must hit a home run or > you lose the game. > > > BTW - Thermacore used a small mesh nickel powder - not nano or > nano-structured. > > > However, it was Sherritt nickel, which is special in its own way. > > >
