Abstract: A man made method, utilizing particles bombardment technique, is used to produce Silver. The particles bombardment technique uses particle accelerator to accelerate Boron particles to high speed. These high speed Boron particles contain high energy. These high energy Boron particles are used to bombard Molybdenum elements. Then elements Boron and Molybdenum undergo cold fusion process that they are combined to produce Silver.

Abstract: A man made method, utilizing particles bombardment technique, is used to produce Palladium. The particles bombardment technique uses particle accelerator to accelerate Beryllium particles to high speed. These high speed Beryllium particles contain high energy. These high energy Beryllium particles are used to bombard Molybdenum elements. Then elements Beryllium and Molybdenum undergo cold fusion process that they are combined to produce Palladium.

Abstract: A method, using the reaction between Lithium and neutron to produce Tritium, is used to sustain Deuterium-Tritium nuclear fusion long enough to produce electrical power. This method uses Deuterium-Tritium nuclear fusion to produce energy. The energy produced by Deuterium-Tritium nuclear fusion is used to heat water to produce steam. The steam produced is used to operate steam turbine. The steam turbine operates electrical generator to produce electricity. The electricity generated is used as electrical power. In the Deuterium-Tritium nuclear fusion, Deuterium is naturally abundant, but Tritium is naturally scarce. This invention provides a method to supply Tritium. That is, Lithium, which is naturally abundant, is added as fuel. The neutron produced by Deuterium-Tritium nuclear fusion will react with Lithium to produce Tritium. Thus it sustains the Deuterium-Tritium nuclear fusion long enough to produce fusion energy, which is then turned into electrical power.

Abstract: A man made method, utilizing particles bombardment technique, is used to produce Gold and Platinum. The particles bombardment technique uses particle accelerator to accelerate Lithium particles to high speed. These high speed Lithium particles contain high energy. These high energy Lithium particles are used to bombard Osmium element. Then elements Lithium and Osmium undergo cold fusion process that they are combined to produce element Gold. By the same method, Helium particles are accelerated by particle accelerator to high speed. These high speed Helium particles contain high energy. These high energy Helium particles are used to bombard Osmium element. Then elements Helium and Osmium undergo cold fusion process that they are combined to produce element Platinum.

Abstract: A cold water-splitting hydrogen generation system utilizes Raney Nickel's attribute of dissociating hydrogen from its chemical compound under room temperature (25° C ±) to eliminate heat requirement for the thermochemical water-splitting hydrogen generation process. The thermochemical water-splitting hydrogen generation process uses water as its raw material and iodine and sulfur dioxide as the catalysts. The entire process is promulgated in a single reactor system and thus can easily be adapted for the on-board usages such as automobiles and laptop computers, as well as for large utility power stations.

Abstract: A process and system of power generation utilizes the instantaneous combustion nature of hydrogen and oxygen in a combustion chamber to generate heat, of which hydrogen is generated by splitting water through thermochemical reaction process. The heat generated in combustion chamber is used to heat the water in boiling chamber surrounding the combustion chamber so as to produce steam vapor for outputting as a kind of power source, which can be used to drive any conventional steam driven power generation device to produce electricity as well as mechanical power. The combustion chamber is formed around the reaction chamber, such that portion of the heat generated in the combustion chamber can be imparted to reaction chamber to sustain the thermochemical reaction for continuous hydrogen production. Throughout this power generation process and system, water being condensed or regenerated is recycled back into the process and no harmful byproducts are produced.

Abstract: An inverse-recycle power system processes a dissociation of water into a hydrogen gas and an oxygen gas and a fusion of hydrogen gas and oxygen gas forming a recycled water while generating an electric current. The electric current is then used for powering any electrical devices, and more particularly, automobiles. The inverse-recycle power system can self-sustain, with an occasional need of water refill. At the end of the system, water is regenerated and recycled, and a portion of the electric current is used for powering the dissociation of water. The dissociation of water is carried out by an electrolysis process, which is enhanced by the addition of a dissociation catalyst that would be regenerated and recycled after assisting water to dissociate in to hydrogen gas and oxygen gas. The fusion of hydrogen gas and oxygen gas to generate the electric current is essentially carried out by a fuel cell system.

Abstract: A process and system of power generation utilizes the instantaneous combustion nature of hydrogen gas with oxygen gas, which are generated from a dissociation of water by an electrolysis process, in a combustion chamber to heat up liquid flowing through a boiling chamber surrounding around the combustion chamber to produce hot vapor for outputting as a kind of power source, which can be used to drive a power generating device such as a turbine to produce electricity or an engine to produce mechanical power. The boiling of water is carried out in the boiling chamber of a boiler that requires no purge streams for waste gases. Furthermore, throughout this power generation process and system, water being condensed or regenerated is recycled back into the process, such that the utility cost is minimized.