| 摘要 |
The magnetic fuel activator creates a strong non-uniform magnetic field with gradually increasing frequency, and intensity. It is mounted on the fuel line, in immediate vicinity to the combustion chamber of the automobile engines and furnaces, and serves for magnetic treatment of the gaseous and liquid fuel they are using. The result of this treatment is breaking of the long fuel molecule chains,its better oxidation in the combustion process, and better combustion. The magnetic fuel activator consists of permanent magnets (3), with oppositely arranged cognominal poles, and steel cylindrical washers (4) between them, mounted in a pipe (2) of non-magnetic material, along the length of which are made longitudinal slots (7). These slots (7) represent the work space, through which passes the treated fluid (5). Pipe (2) is mounted in a steel cylindrical body (1) with internal diameter equal to the external diameter of the non-magnetic pipe (2). The treated fluid (5) is crossed perpendicularly by the magnetic lines of force of the created by the steel cylindrical washers (4) magnetic poles. In the direction of the fluid (5) motion, the steel cylindrical washers (4) are made with diminishing thicknesses. In this way the fuel is treated in a permanently non-uniform magnetic field with increasing frequency, and magnetic induction.
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