Agilent / BlackLight Power Inc. / J. Lotoski BlackLight Power Inc. / /
Country
United States / / /
Facility
Harvard Center / Lehigh University / /
IndustryTerm
cumulative energy / maximum theoretical energy / through-space energy transfer / pinch gas discharges / low energy / high-energy light / metal powder mixtures / stainless steel tray / energy change / thick stainless steel oval bucket / nonradiative energy transfer / vacuum/pre-dehydrated metal foils / thick stainless steel custom cylindrical bomb cell / product gas / reaction products / indium metal foil witness plate / Thermal energy / chemical reaction / oil / control metal foil samples / energy balance determination / input energy / suitable activation energy / stainless steel mesh pouch / energy / energy desorption / metal power / metal foil / excess energy / indium metal foil witness plates / energy source / electricity / energy balance / step energy / matched energy acceptor / energy balances / electrical energy / potential energy / molecular hydrino product / Metal foils / lower-energy hydrogen / high-kinetic-energy hydrogen atoms / nonradiative resonance energy transfer / excess electricity / energy states / predicted hydrino product / energy transfer / metal samples / /
Organization
Harvard Center for Astrophysics / U.S. Securities and Exchange Commission / US Federal Reserve / Lehigh University / /
Person
Catalyst R. Mills / / /
Position
KVA welder / Corresponding author / kVA resistance welder / spot welder / AR spot welder / /
H2O-Based Solid Fuel Power Source Based on the Catalysis of H by HOH Catalyst R. Mills,1, J. Lotoski BlackLight Power, Inc., 493 Old Trenton Road, Cranbury, NJ 08512, USA Abstract: Atomic hydrogen is predicted to form fr