-----Original Message----- From: [email protected] Robin:
> Think, say 20 atoms of Ni in a cluster surrounded by H gas. The thermal energy in the cluster increases and transforms the increase of kenetic energy to the surrounding H. H is the heat transfer agent. Not good. Why is this not good? H is an excellent heat transfer agent. The thermal energy occurs on the surface of the cluster, not on its interior, probably in "Casimir pits" so overheating is actually tempered and controlled by this kind of heat transfer and outward vector. I would call that desirable. BTW - Why do you assume there is a "Chan method"? Everything I have seen from Chan, including his writing and online demeanor and so-called "experiment" is most consistent with an undergraduate student playing a silly prank to see how much gullibility is out there in LENR_LAND, instead of the effort of a serious scientist. (there is a megaton of gullibility and he seems to have tapped into it). Has he now put up videos or supplied pictures and data? Apologies if I have missed something that makes him looks serious, as otherwise this character should have been written-off as silly bogosity weeks ago - without a minimal degree of validation. Jones
