How does magnetism affect Hydrocarbon-based combustible fluids such as gasoline, diesel fuel, kerosene, LP and natural gas?
To promote complete combustion, Oxygen must be combined with the Hydrocarbon molecule. Because the net charges of the Hydrocarbon and Oxygen molecules are both negative, there are repulsive forces, not attractive forces present. To overcome this repulsion, combustion engineers design combustion processes so that the combustion envelope is super-saturated with Oxygen. The overwhelming Oxygen concentration forces the two similarly charged molecules to be in close physical proximity to each other and eventually, combine to create the combustion climate. In essence the fuel uses the available Oxygen; or attempts to. Since Fuel, like most fluids, can be ionized by an external magnetic force, it will exhibit many of the same physical-atomic characteristics of the previous information on water. When MAGNETIZED, the fuel’s Hydrocarbons are ionized to exhibit a net positive charge (as with water). The change in charge allows the fuel to aggressively attract and bond with available (negatively c
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