6/29/2023 0 Comments The magnet group![]() Reverse the direction of the spin, and the magnetic field would flip. And one way that field could be generated is if the electron was spinning. But physicists know electrons have a magnetic field because they've measured it. Technically, nobody has seen an electron spinning - it's far too tiny to be seen under a microscope. The entire separation device is made of aluminum, which has sufficient strength, and aluminum is non-magnetic, so it will not be affected by magnets during work, which improves work safety.Related: Why does metal spark in the microwave?Īn electron's "spin" is something of an abstract concept, Boebinger told Live Science. It also includes an auxiliary support plate 10, which is fixed on the bottom plate 1 and has the same height as the clamping plate 2 to support the guide rail 3. A barrier material is provided between the magnets of the block magnet group and the strip magnet group the base plate 1 of the magnetic cutting mechanism of the block magnet group is fixed with a pair of clamping plates 2 on the base plate 1, and the gap between the pair of clamping plates 2 is The distance between them corresponds to the thickness of the block magnet group, and the block magnet group is placed between a pair of clamping plates 2, and the upper plane of the clamping plate 2 corresponds to the barrier material Horizontal guide rail 3, slide mechanism is arranged in guide rail 3, and slide mechanism comprises front push plate 4 and rear push plate 5 that are rigidly connected, and front push plate 4 corresponds to the block magnet group that is positioned at the top of clamping plate 2 Also be provided with support shaft 7, support shaft 7 is hinged with first rotating arm 6, and first rotating arm 6 rotates, pushes back push plate 5 to slide, and back push plate 5 drives front push plate 4 to slide, and block magnet group is cut The magnetic cutting mechanism of the strip magnet group includes a fixed block 8, which is provided with a cover magnetic hole, and the cover magnetic hole corresponds to the shape of the magnet, and the fixed block 8 is also hinged with the second rotating arm 9, and the second rotating arm 9 After turning, the bar magnet group is cut. The second rotary arm rotates to cut the strip magnet group. The fixed block is further hinged with a second rotary arm. A magnet sleeve hole is formed in the fixed block. The strip magnet group magnet cutting mechanism comprises a fixed block. The first rotary arm rotates to drive the front pushing board to slide and cut the block magnet group. The support shaft is hinged with a first rotary arm. The baseboard is further provided with a support shaft. The front pushing board is corresponding to the block magnet group arranged above the clamping boards. The sliding mechanism comprises a front pushing board and a rear pushing board which are in rigid connection. A sliding mechanism is arranged in the guide rail. A horizontal guide rail is fixedly arranged above the pair of clamping boards. The block magnet group is placed between the pair of clamping boards. A pair of clamping boards are fixedly arranged on the baseboard. ![]() ![]() The block magnet group magnet cutting mechanism comprises a baseboard. A separating material is arranged between a magnet of a block magnet group and a magnet of a strip magnet group. The separating device is characterized by comprising a block magnet group magnet cutting mechanism and a strip magnet group magnet cutting mechanism. The invention relates to a separating device for a magnet of an eddy-current coupler.
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