| 摘要 |
The magnetic system (1) for simulating planetary and atomic movement includes a certain number of models of planetary and satellite objects (2, 3), which feature permanent magnets (14) magnetising in the axial and diametrical direction, individually determined number of planetary and satellite magnetic controls (6, 7), where each of them includes a round permanent magnet (18) magnetising axially, and a handle (16, 17) with or without a secondary control (17), a stationary platform (5), a common rotational platform (22) and a certain number of satellite platforms (8) which feature magnetic controls (7). The objects (2, 3) and magnetic controls (6, 7) are separated by a stationary platform (5). All platforms (5, 8, 22) include circular rails (20, 21, 26). The common platform (22), guided by an electric motor of small velocity (23), which is moving relatively to the planetary magnetic controls (6) and the satellite platform (8), causes the rotation of their handles (16, 20) relatively to the rails (21) of the stationary platform (5) and the motion of planetary and satellite magnetic controls (6, 7) at different rotation speeds because of the difference of the handle diameters (16, 19, 20) of the magnetic controls (6, 7) and rail (21) height. Each planetary object (2) and each satellite platform (8), which follows the movement of the planetary magnetic control (6), rotates its own axes and around the centre of the stationary platform (5), where each satellite object (3) follows the movement of the satellite magnetic control (7). |
