Abstract
This paper, the principle that optical transmission occurs by a pattern in a transparent medium was theoretically established, and the change in energy according to the pattern density was considered based on the theoretical equation. In addition, approximately 3,900 pieces were processed such that the projection base area of the right-angled triangle horn σSUBt/SUB≃10.8 ㎠ and pattern density p ≃ 10.8/㎠, and the following optical transmission experiment results were obtained. When 40 mW of incident light was irradiated on the optical transmission panel, theoretically calculated results at the first 2 cm were similar at 5 mW, indicating the possibility of theoretically predicting the light transmission results of the fabricated panel. The theoretical calculation at a length of 18 cm showed a difference of approximately 2.3 times between 40.5 mW and experimentally measured 17.2 mW.
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