Generation and detection of undamped temperature waves at large distance in LENR related experimentsстатья
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Дата последнего поиска статьи во внешних источниках: 1 апреля 2020 г.
Аннотация:In this paper we describe the process of detecting undamped (self-channeled) high-frequency heat waves generated and propagated in air from the cavitation of a water jet in a closed chamber, and the results of action of these waves on low energy nuclear fusion in a remote deuterated polycrystalline titanium sample with grain sizes of not more than 50 microns. These waves are formed on the reverse side of the metal target, which is affected by the jet of water in a state of cavitation, and are characterized by strictly defined frequencies (in air under normal conditions and different humidity, the minimum frequency of such a wave is equal to MHz). Such waves can propagate in air for a long distance (in the laboratory - more than 2 meters and this distance was limited only by the size of our laboratory). Under the influence of such waves to the remote target, effective quasicontinuous nuclear dd-fusion with a concomitant generation of alpha-particles process takes place.