Actually, he includes the Hioki paper in his references on page 16.
I doubt if a sealed reactor with 10-15 grams of material, most of it already oxidized, could show continuous thermal gain over a 100 hour run on chemical energy. Did you notice the low mass of KH? In fact, if it were chemical – even an hour at that level of excess would be rather amazing. From: Eric Walker This is one of the better writeups that I've seen. It's encouraging to see some simple experiments that, if successful, will demonstrate a clear effect. Nick Reiter should consult a paper written by Hioki, et al., which touches upon work they did monitoring heat evolution in a zeolite [1]. Figure 2 of that paper shows a graph with two curves. There is a steep curve that was seen at the start of the gas loading which appears to have been due to a chemical effect (phase 1). After that there is a sharp drop followed by a gradual increase, which they attribute to anomalous heat (phase 2). It's not clear that Nick Reiter and S.P. Faile got beyond the first phase, if such a phase can be distinguished. The fact that they saw a reaction over a period of a week instead of hours does not dispel this question, since they were using the KH slurry that slowly releases the hydrogen in this instance. In other words, it is possible they saw no anomalous heat. Eric [1] http://newenergytimes.com/v2/conferences/2012/ICCF17/ICCF-17-Hioki-Isotope-Effect-Paper.pdf On Sat, Sep 22, 2012 at 8:43 AM, Jones Beene <[email protected]> wrote: Hats off to Nick ! Nick Reiter has generously compiled and placed his recent positive thermal results with cobalt-hydrogen in a Word doc at the bottom of the documents list here: https://sites.google.com/site/ohiotoio/documents
