INFLUENCE OF HIGH-FREQUENCY DIELECTRIC CONSTANT ON CRYSTAL REFLECTION SPECTRUM: EXPLORATION OF MECHANISM OF INFRARED WAVE-ABSORBING MATERIALS
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    Abstract:

    Using classical vibrator theory and by means of the n-k egg-shape curve and n-k half-circle graph of reflectivity for vibrators, the influence of high-frequency dielectric constant on crystal reflection spectrum is analyzed. It is pointed out that the materials, of which the high-frequency dielectric constants are small, are advantageous to the formation of a wide low-reflectivity region in their reflection spectrum when their damping constants and oscillator strength are constant. Thus they can serve as infrared wave-absorbing material.

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ZHANG GUANGYIN, DAI SONGTAO, ZHANG CUNZHOU. INFLUENCE OF HIGH-FREQUENCY DIELECTRIC CONSTANT ON CRYSTAL REFLECTION SPECTRUM: EXPLORATION OF MECHANISM OF INFRARED WAVE-ABSORBING MATERIALS[J]. Journal of Infrared and Millimeter Waves,1993,12(2):

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