A method for thermally controlled multi-layer coating of an induction magnetometer
A multi-layer coating, magnetometer technology, applied in the direction of the size/direction of the magnetic field, can solve the problems of affecting the working performance of the induction magnetometer, the inability to overlap adjacent layers, and heat leakage.
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[0045] The implementation steps of this embodiment are specifically as follows:
[0046] 1. First, the production of polyimide bottom film
[0047] (1) Place the inductive magnetometer on a piece of white paper with the end of the dendritic sensor as the contact point;
[0048] (2) Draw a triangle with three contact points as vertices on the white paper;
[0049] (3) change the contact point of dendritic sensor end and blank paper, draw all three contact points as the triangle that apex forms successively according to step (2), thus draw the outer contour dimension figure of whole dendritic structure sensor;
[0050] (4) two layers of 100 micron polyimide film materials are pasted together to form a polyimide base film with a thickness of 200 microns;
[0051] (5) Cut the polyimide base film according to the triangle size formed in step (3), and each triangle surface corresponds to a separate polyimide base film.
[0052] 2. Multi-layer production
[0053](1) 20 units of m...
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