The absorption of hydrogen and deuterium in thin palladium electrodes - Part I: acidic solutions

The experimental literature describing the cold fusion phenomenon is reviewed. The number and variety of careful experimental measurements of heat, tritium, neutron, and helium production strongly ...

Review of Experimental Observations About the Cold Fusion Effect

Earlier experiments suggested that large differences in heat release between the two sides of a palladium electrode coated with gold on one side and manganese oxide on the other cause observed electrode deformation with high-pressure D{sub 2} gas loading in an electrolysis-like cell. Similar experiments were repeated using heavy water electrolysis. Palladium/titanium coatings on one side and gold coating on the other were made for the preparation of the palladium electrodes. Biaxial bending, partial discoloration, and microcracks of palladium electrodes were observed after 18 days of electrolysis. Analysis of the deformed palladium cathodes was performed. It was discovered that to convert this configuration to a practical energy-producing cell, a coating technique must be found to reduce outward diffusion of deuterium, i.e., to maintain a high D/Pd ratio over longer periods of time. 33 refs., 7 figs., 1 tab.

Analysis of Deformed Palladium Cathodes Resulting from Heavy Water Electrolysis

When Experiments Fail Is “Cold Fusion” Science as Normal? William J. McKinney

Both cold fusion and the recently observed tightly correlated electron-positron pairs from heavy-ion collisions point to new physics in the energy range of 1 MeV. The possibility of a confining phase of quantum electrodynamics is considered. In this paper, the authors speculate that a small domain of the new phase in a deuterium-rich environment could grow by inducing fusion reactions and absorbing the released energy.

Cold Fusion in a Confining Phase of Quantum Electrodynamics

Examination of nuclear measurement conditions in cold fusion experiments

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Examination of nuclear measurement conditions in cold fusion experiments