G - Physics – 21 – B
Patent
G - Physics
21
B
G21B 1/00 (2006.01) G21B 3/00 (2006.01)
Patent
CA 2178086
Employing cavitation as an energy source, ex- cess energy is produced, as well as transmutation of elements. Particularly, deuterium oxide (14) is sub- jected to cavitation under transient bubble formation conditions in the presence of a metal surface (26), whereby colapse of the bubbles at the metal surface results in the production of heat and the transmuta- tion of the hydrogen isotope. Various metals can be used, as well as various parameters as to temperature, pressure, acoustic energy (12), acoustic frequency, and composition of the reactants, which may be employed to vary the results.
L'utilisation de la cavitation en tant que source d'énergie permet la production d'énergie excédentaire et la transmutation d'éléments. De l'oxyde de deutérium (14) est, plus particulièrement, exposé à la cavitation dans des conditions de formation de bulles transitoires en présence d'une surface métallique (26), la désintégration des bulles sur la surface métallique entraînant la production de chaleur et la transmutation de l'isotope d'hydrogène. On peut utiliser divers métaux ainsi que divers paramètres relatifs à la température, la pression, l'énergie acoustique (12), la fréquence acoustique et la composition des réactifs pour faire varier les résultats.
E-Quest Sciences
Smart & Biggar
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