Änderungen

=Patente zum Thema kalte Fusion==

==Patente zum Thema kalte Fusion==

*WO 2007030740. Lewis G. Larsen, Chicago, IL (US); Allan Widom, Brighton, MA (US). 22.2.2011. Apparatus and method for absorption of incident gamma radiation and its conversion to outgoing radiation at less penetrating, lower energies and frequencies.

*WO 2007030740. Lewis G. Larsen, Chicago, IL (US); Allan Widom, Brighton, MA (US). 22.2.2011. Apparatus and method for absorption of incident gamma radiation and its conversion to outgoing radiation at less penetrating, lower energies and frequencies.

*US 20110255645 A1. 20.10.2011. ZAWODNY J M. Producing method for heavy electrons involves producing heavy electrons at electrically-conductive material as surface plasmon polaritons propagate along formed structure which comprises material system.

*US 20110255645 A1. 20.10.2011. ZAWODNY J M. Producing method for heavy electrons involves producing heavy electrons at electrically-conductive material as surface plasmon polaritons propagate along formed structure which comprises material system.

*WO 2011016878 A1. MILLS R L. 18.3.2010. Power source for power system comprises reaction cell for catalysis of atomic hydrogen, reaction vessel, vacuum pump, source of atomic hydrogen, source of hydrogen catalyst, other reactant to cause catalysis, and heater.

*WO 2011016878 A1. MILLS R L. 18.3.2010. Power source for power system comprises reaction cell for catalysis of atomic hydrogen, reaction vessel, vacuum pump, source of atomic hydrogen, source of hydrogen catalyst, other reactant to cause catalysis, and heater.

*WO 2011016014 A2. CELANI F; DI STEFANO V; MARINI P; NAKAMURA M. 7.8.2009. Forming surface layer with catalytic activity, on nickel or its alloy based substrate, involves oxidizing surface to get anchoring layer of nickel oxide, applying colloidal silica, heating and activating by treatment in reducing atmosphere.

*WO 2011016014 A2. CELANI F; DI STEFANO V; MARINI P; NAKAMURA M. 7.8.2009. Forming surface layer with catalytic activity, on nickel or its alloy based substrate, involves oxidizing surface to get anchoring layer of nickel oxide, applying colloidal silica, heating and activating by treatment in reducing atmosphere.