Hemingway D J, Lissberger P H
Royal College of Advanced Technology,Salford 5, England.
Appl Opt. 1967 Mar 1;6(3):471-6. doi: 10.1364/AO.6.000471.
It is shown that the performance of metal-Perot and Sp acerless Induced Transmission types in parallel radiation incident obliquely can be described in terms of that of a single equivalent dielectric layer of refractive index micro(E). Expressions for micro(E) are deduced in terms of the optical constants of the layer materials, and their validity is established by the satisfactory agreement that is shown to exist between experimental and calculated values of micro(E).
结果表明，在倾斜入射的平行辐射中，金属-珀罗型和无间隔诱导透射型的性能可以用具有折射率微（E）的单个等效介电层的性能来描述。根据层材料的光学常数推导出微（E）的表达式，并通过微（E）的实验值与计算值之间显示出的令人满意的一致性来确定其有效性。
