A gigantic neutron burst of (1-2) × 106 n/s has been detected from deuterated Pd plates with heterostructures set in a vacuum chamber. An explosive release of D2 gas, biaxial bending of all the samples, and excess heat evolution were also observed at the same time. It has been concluded that these phenomena are caused by the cooperative production of D accumulation layers at Pd surfaces due to controlled out-diffusion of D-atoms
A high-pressure chamber with a Pd-rod inside was filled up with 1.2 kbar molecular deuterium (DHPC)....
The unsteady diffusion of electro-chemically-produced deuterium and its consequent reaction in palla...
Deuterium-Deuterium fusion processes were generated by focusing the 3 TW PALS Laser on solid deutera...
Recently Fischmann and Pons’ have reported experimental observation of an ‘excess’ heat production a...
Neutron yield in D + D fusion in a palladium foil, kept at about $-76\ ^{\circ}\text{C}$ temperatur...
reported excess enthalpy generation in the negatively polarized Pd/D-D2O system, which they attribut...
An experimental investigation has been conducted on samples of palladium and titanium metals which h...
A model of deuteriumdeuterium DD fusion in metal lattices presented based on two phenomena: a reac...
An explosion in a D/Pd electrolytic system is analyzed; it is not a chemical explosion but a cold fu...
A dynamical model is proposed to account for cold fusion processes in deuterated palladium on the ba...
Searching for evidence of ''cold'' nuclear fusion in deuterium-loaded Ti and Pd foils with plastic t...
A new type of experimental apparatus is developed to induce nuclear reactions by continuous diffusio...
In summary, the high-voltages necessary to accelerate deuterons to energies sufficient to produce mo...
A series of experiments has been performed to determine whether nuclear fusion processes occur in pa...
A high-pressure chamber filled with 3 kbar D2 gas, Pd specimen, and Cu/Zn substrate aimed to collect...
A high-pressure chamber with a Pd-rod inside was filled up with 1.2 kbar molecular deuterium (DHPC)....
The unsteady diffusion of electro-chemically-produced deuterium and its consequent reaction in palla...
Deuterium-Deuterium fusion processes were generated by focusing the 3 TW PALS Laser on solid deutera...
Recently Fischmann and Pons’ have reported experimental observation of an ‘excess’ heat production a...
Neutron yield in D + D fusion in a palladium foil, kept at about $-76\ ^{\circ}\text{C}$ temperatur...
reported excess enthalpy generation in the negatively polarized Pd/D-D2O system, which they attribut...
An experimental investigation has been conducted on samples of palladium and titanium metals which h...
A model of deuteriumdeuterium DD fusion in metal lattices presented based on two phenomena: a reac...
An explosion in a D/Pd electrolytic system is analyzed; it is not a chemical explosion but a cold fu...
A dynamical model is proposed to account for cold fusion processes in deuterated palladium on the ba...
Searching for evidence of ''cold'' nuclear fusion in deuterium-loaded Ti and Pd foils with plastic t...
A new type of experimental apparatus is developed to induce nuclear reactions by continuous diffusio...
In summary, the high-voltages necessary to accelerate deuterons to energies sufficient to produce mo...
A series of experiments has been performed to determine whether nuclear fusion processes occur in pa...
A high-pressure chamber filled with 3 kbar D2 gas, Pd specimen, and Cu/Zn substrate aimed to collect...
A high-pressure chamber with a Pd-rod inside was filled up with 1.2 kbar molecular deuterium (DHPC)....
The unsteady diffusion of electro-chemically-produced deuterium and its consequent reaction in palla...
Deuterium-Deuterium fusion processes were generated by focusing the 3 TW PALS Laser on solid deutera...