>From the exchanges it seems we miss some "metadata" associated with the curve.
One thing that amazed me was pressure change, but if there is presurization by bottle, then there is no mystery. hot H2 and TC seems not to work together, even if Pr Songsheng reports documents that state compatibility of reductive/H2 athmosphere with K-type TC (maybe the document refers to reductive, not to H2 which is an uncommon gas) from the comments, I step back to pessimism . recently the only solid calorimetry I've seen is Ed, and his seebeck calorimeter. even if people stay to NiH(Li) studies, there are many good ideas to take from his setup, and from his old book "the science of LENR" (of the student guide to cold fusion). maybe there is a marker for selling ready to use flow, or seebeck, calorimeters. pre-characterized, calibrated, with redundancy, with integrated logging, with integrated continuous selfcalibration ... something that can measure precisely even the chemistry reaction and phase change heat. No need of LENR competence, just calorimetry. 2016-03-02 2:20 GMT+01:00 Jed Rothwell <jedrothw...@gmail.com>: > H LV <hveeder...@gmail.com> wrote: > > I think you interchanged T1 and T2. >> > > I do not think so, but you can check my work. Copy the original image out > of the Chinese .pdf paper and paste it into a graphics program. It comes > out in one chunk, easily. > > I am pretty sure that at that point, T2 is slightly higher. It may not > actually be higher; I do not know the error margin. Plus, T1 is the one > which goes bonkers. Ed Storms and others think it went bonkers because it > is in hot hydrogen gas. > > - Jed > >
