In reply to Jones Beene's message of Mon, 22 Apr 2013 09:43:55 -0700: Hi Jones,
Wherever different metals meet, and heat is available, a thermocouple may form that is capable of delivering large currents at very low voltage. Hence the need for careful measurement. (BTW, obviously not a very efficient way of generating electric power.) [snip] > > From: Axil Axil > This is another reason why I believe that Rossi is telling >the truth about his reactor. He says that his reactor produces huge amounts >of electric current. So much current in fact that he can tap this current >directly rather than use heat to steam conversion to produce electric power. > >What? Where does Rossi say "huge amounts of electric current" ? > >In fact he says that the emf detected required very precise measurement >instrumentation. This implies microamps, not hundreds of amps. > >As usual, Axil is off by orders of magnitude. His 10^20 neutron decay >garbage is nothing but complete BS. > > Rossi claimed, on Dec 30 to one his sycophants - >Dear Bernie Koppenhofer: >You are touching a very important point: during these very days, and also >during the more recent tests, we are working on this issue. I think we will >be able to produce directly e.m.f., but much work has to be done. Actually, >we already produced direct e.m.f. with the reactors at high temperature, and >we measured it with the very precise measurement instrumentation introduced >by the third party expert, but we are not ready for an industrial >production, while we are at a high level of industrialization for the >production of heat and, at this point, also of high temperature steam, which >is the gate to the Carnot Cycle. Thank you for your good comment. > >Warm Regards, >A.R. > Regards, Robin van Spaandonk http://rvanspaa.freehostia.com/project.html
