Preparation method and device of high-precision metal amorphous tube
A high-precision, metal technology, applied in the field of high-precision metal amorphous transistor preparation equipment, can solve the problem of poor precision of the inner wall of the tube
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[0021] When the crystal absorbs heat from the outside, the average kinetic energy of the internal molecules and atoms increases, and the temperature also begins to rise, but the spatial lattice is not destroyed, and the regular arrangement is still maintained. Continue to absorb heat and reach a certain temperature—the melting point, the intensity of its atomic movement can destroy its regular arrangement, and the spatial lattice also begins to disintegrate, so the crystal begins to become a liquid. During the transformation process of the crystal from solid to liquid, the absorbed heat is used to destroy the space lattice of the crystal part by part, so the temperature of the solid-liquid mixture does not rise. When the crystal is completely melted, the temperature begins to rise again as it absorbs heat from the outside world.
[0022] Due to the irregular arrangement of molecules and atoms, amorphous does not need to destroy its spatial lattice after absorbing heat, but onl...
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