On Mon, Jul 29, 2013 at 9:54 PM, Chuck Sites <cbsit...@gmail.com> wrote: > Hi All, Wow! > > I've been watching and thinking about the Delkcalion (cold fusion?) > experiment, and wondered what you guys thought was actually happening there. > It was a great demonstration. That small device certainly seemed to get > wildly hot. If H gas + some nano-NI powder generated that much heat, I > wonder how you design the heat exchange system to maximize the transfer of > heat to a constantly flowing fluid, that boils away to dry steam? i think > Defkcalion did a fantastic demonstration, but it leaves me asking more > questions than it answers. > http://new.livestream.com/triwu2/Defkalion-US
Watch the video at the bottom, he goes into some detail about the mechanism which deals with heat exchange. Some more detail here: http://iccf18.research.missouri.edu/files/day2/Protocol_and_test_results.pdf > What are the by-products, where are the by-products and why can't we see the > by-products? I mean, where is the radiation, transmutations and changes in > materials that would indicate a nuclear phenomena? A power source this big > should have some tell-tail signal left over if it is nuclear in origin. A > before/after EDAX would be icing on the cake for such a breakout > demonstration. As it is, it still seems like an amateur experiment. > I will agree that Mats (and Defkalion folks) are very brave to work with this so casually. Isn't anyone ever worried about these things blowing up? > >
