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high energy visible light absorption coating for an ophthalmic substrate and application method for a high energy visible light absorption material

机译:用于眼科基材的高能可见光吸收涂层和高能可见光吸收材料的涂覆方法

摘要

it is a high energy visible light absorption material (hev) for an ophthalmic substrate and application through physical vapor deposition. the hev light-absorbing material is deposited on the ophthalmic substrate, like an optical lens. the hev light-absorbing material is applied through physical vapor deposition. the hev light-absorbing material is applied as a thin layer on ophthalmic substrates for flexibility and color adaptation. the hev light-absorbing material includes at least one of: zinc and aluminum oxide, zinc and indium oxide and zinc and gallium oxide with a material commonly used in the design of anti-reflective absorption materials. the hev light-absorbing coating is anti-reflective and transmits up to 98% light to the rest of the spectrum. the hev light-absorbing material allows the ophthalmic substrate to selectively absorb the included blue light wavelength range from about 400 nm to about 460 nm, so that the flow of blue light into the internal structures of the eye is reduced .
机译:它是一种用于眼科基材的高能可见光吸收材料(hev),可通过物理气相沉积来应用。 hev吸光材料沉积在眼科基底上,例如光学透镜。 hev吸光材料通过物理气相沉积来施加。 hev吸光材料以薄层形式应用于眼科基材,以提高柔韧性和色彩适应性。所述hev吸光材料包括以下中的至少一种:锌和氧化铝,锌和铟氧化物以及锌和镓氧化物,以及在抗反射吸收材料的设计中通常使用的材料。 hev吸光涂层具有抗反射功能,可以将高达98%的光透射到光谱的其余部分。 hev吸光材料允许眼科基底选择性吸收所包含的从约400nm至约460nm的波长范围的蓝光,从而减少了蓝光进入眼睛内部结构的流量。

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