| 摘要 |
The invention relates to a sonic molecular thermocatalytic reactor system and method wherein, for the first time, heat waves, pressure waves and sonic waves are combined in order to generate new properties. Hydrogen is produced from petroleum and gasoline inter alia. Molecular atomic relocation is also generated between products of the substance treated and the recipient containing same. This relocation transposition is named in this way as the atomic and molecular structures are transposed between the treated substance and the molecular structures of the recipient containing same, and the word relocation is used as the position of an atom-molecule is occupied by another, that is to say that the location is taken by another. This unique phenomenon is explained by a novel conception of chemical bonding. To summarise, these phenomena are achieved by combining waves of different natures and causing them to be incident on electrolytic copper, initially using petroleum or gasoline as the substrate substance, performing catalytic fractionation and generating the production of hydrogen gas from same. It is important to emphasise that said system and method apply to any substance that forms molecular structures having linear or branched chains and is able to be saturated. The vertebral axis nucleus must also consist of self-saturable atoms. Hydrocarbon molecules are an example of such a state. Hydrogen detachment is generated in the case of a hydrocarbon substrate, and other atoms will detach according to the structure of the substrate treated. |
