Idézek még a Scientific American-böl egypár dolgot, amin rhaurin szépen átugrott, hogy kipécézze Heeter egyetlen balszerencsés mondatát:

>>>>
The Sixth International Cold Fusion Conference, ICCF-6, was held in October 1996 near Sapporo in northern Japan.
....

The conference was remarkable for three reports of high-quality Japanese experiments, which contrasted sharply with other reports. The NHE lab of MITI described a large series of experiments devised to check the original claims of Fleischmann and Pons. No excess heat was found.

Toyota established a new organization, called IMRA, that has two laboratories, one near Sapporo and the other near Nice in the south of France; the latter has employed Pons. The second major experimental report came from the IMRA-Japan lab, where researchers built an improved calorimeter, which had no interaction with the surroundings. Twenty-six experiments were tried employing the various systems and tricks that had been suggested to cause excess heat, but no excess heat was observed. Further, the upper limits were very low, +/- 0.23 watts, or 2.3 percent of the input power--far from the cry of 'one watt in, four watts out' and the hundreds of percent increases claimed back in 1989.

Another set of results came from IMRA-Europe, which was presented by Pons. He said that seven experiments were performed; they yielded excess heats of 250 percent, 150 percent, 'variable' and four that gave no excess heat at all. This result might be considered rather meager after five years of work conducted before the 1989 announcement and seven years after, when Pons and Fleischmann were well funded. A high-temperature (near boiling) cell was used at IMRA-Europe, although such a device had been shown to produce greater uncertainties.

Extremely high temperatures are normally needed to obtain practical fusion rates by overcoming the repulsion of the nuclei that are both positively charged. At low energies--that is, at room temperatures--this potential barrier makes fusion reactions have an incredibly low probability of occurring. True believers claim that in the lattice of a metal such as palladium, the rate of deuterium-deuterium fusion is much higher, so all that is needed is to fill the lattice with deuterium.

The third careful Japanese experiment by Jirohta Kasagi and his colleagues at Tohoku University was designed to test this hypothesis. Deuterium ions of a variety of low energies were fired into metals that had been saturated with deuterium; the measured rates of fusion were then compared with expectations. The rates decreased steeply at low energies because of the Coulomb barrier (electrical repulsion), and no unexpected enhancement was observed of the kind that would be needed to justify Fleischmann and Pons's claims.

It might be thought that the three Japanese results would be decisive, but the two summary speakers, Tullio Bressani of Turin and Mike McKubre of SRI International, were optimistic and belittled or ignored them and instead talked of other experiments that were not performed with the same careful controls. Some remarkable new claims were mentioned. James Patterson of Clean Energy Technologies (CETI) was scheduled to speak about his claims that tiny balls coated with metal, generally nickel, could generate energy, but he did not talk. Instead his collaborator, George Miley of the University of Illinois and editor of the journal Fusion Technology, reported that experiments using these balls produced transmutations of the nickel to many other elements even as heavy as lead; he did not worry about the origin of the extra neutrons needed to create lead.

>>>>>>>

Azt hiszem, már csak a hülye nem érti, miért nem veszik a társaságot komolyan... a hazánkban jól imsert egelyzmust üzik, csak éppen jóval drágább eszközökkel.

És minden kísérletük ugyanígy végezte eddig: szétszedve, megcáfolva, megsemmisítve. Mindig kijönnek valami újabb dologgal, mint pl. az emlegetett japánok, csak hogy újabb évek gondos kutatómunkája kiderítse: az egész képzelödés volt.

Forrást ld.:
http://www.sciam.com/askexpert_question.cfm?articleID=0007CC4D-394F-1C71-84A9809EC588EF21&pageNumber=3&catID=3
és a következö oldal.