Strong electromagnetic propulsion device
A technology of electromagnetic propulsion and propulsion, applied in the direction of aerospace vehicle propulsion system devices, circuits, electrical components, etc., can solve problems such as imperfect principles, low structural efficiency, and illusory principles, and achieve great practical value and low cost.
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[0035] Similar to the specific implementation methods in patent applications 200910171132.x, 200910205629.9, and 200910205629.9, this patent adopts the following figure 2 , 3 The structure (inner or refilled soft magnetic core or superconducting substance) also has a similar analysis process (remove the inaccurate description of the above-mentioned 3 patents). The process is more complicated, but the conclusion is similar.
[0036] A current-carrying conductor is subjected to an Ampere force in a magnetic field. The magnitude and direction of the current and magnetic field determine the magnitude and direction of the Ampere force on the conductor. The magnitude of Ampere's force (F) is related to the strength of the magnetic field (B), the magnitude of the current (I), and the length of the conductor (L). The specific formula is: F=BIL. The direction of Ampere's force is judged according to the left-hand rule. The ampere force is a force that can be superimposed, and the ...
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