Full forbidden region three-dimensional photon crystal stamp molding method and full forbidden region three-dimensional photon crystal structure
A photonic crystal, bandgap technology, applied in optics, optomechanical equipment, instruments, etc., to achieve high flexibility, elimination of internal defects, and fewer internal defects
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[0029] In the following, the nanoimprint manufacturing method of the total forbidden band three-dimensional photonic crystal will be described in detail in combination with the accompanying drawings.
[0030] The full-gap three-dimensional photonic crystal is a three-dimensional photonic crystal with a face-centered cubic structure formed by embedding monodisperse colloidal particles 8 in a polymer matrix material 7 after solidification.
[0031] The basic working principle of the present invention is: select suitable material, select polystyrene as the monodisperse colloid particle, select silicon rubber as the polymer matrix material; Methyl acrylate. A dielectric constant ratio greater than 2 is generated between the monodisperse colloidal particles and the polymer matrix material. At the same time, monodisperse colloidal particles form a face-centered cubic structure in three-dimensional space, and these two points meet the physical conditions for photonic crystals to pro...
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