Titlebook: Omnidirectional Optical Filters; Vladimir Kochergin Book 2003 Springer-Verlag US 2003 Maxwell.Maxwell‘s equations.development.electromagne

CANT

Classical Optical Filters,h range at normal incidence. Hence, each glass optical element (lenses, waveplates, etc.) working at transmission mode is responsible for at least 8% of the losses in transmitted power. The situation is even worse for optical elements made of higher refractive index materials. Therefore, the total t

AWL

Omnidirectional Dielectric Reflectors,disadvantages despite very low losses, like a limited wavelength range of reflection bands and the dependence of the spectral position of the reflection band on the angle of incidence. However, very recently it was found ([8]), that by using different design rules, it is possible to create a multila

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Omnidirectional Short-Pass Filters,es. These applications include deep-UV focal-plane arrays for military applications, electrical spark imaging, water purification, blood chemistry analysis, and the chemical evaluation of foods, pollutants, and gases. As the wavelength of light becomes shorter in the ultraviolet range, existing opti

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Omnidirectional Narrow-Band-Pass, Band-Pass, and Band-Blocking IR Filters,e among the q Y optical communications, imaging, spectroscopy, lithography, astronomy, and almost any other technology dealing with light. Currently available filters are alm y based on interference in multilayer stacks and have to be used with wellcollimatedted beams and carefully aligned angles of

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arthroscopy

Omnidirectional Short-Pass Filters,cal filters (described in section 3.4 of this book) suffer from numerous disadvantages, such as poor optical performance, limited physical longevity, high autofluorescence, poor imaging quality of transmitted radiation, and transmitted wavelength instability.

abreast

DIKE

Classical Optical Filters,can (and usually does) reach the focal plane, which leads to the degradation of optical system performance. To solve these problems, . are used. Antireflection coating is usually understood to be the coating of the optical surface minimizes the reflection from the surface at some angles of incidence over a specified wavelength range.

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Omnidirectional Dielectric Reflectors,multilayer dielectric reflectors. This chapter is devoted to the discussion of such a multilayer structure. To understand how such a structure works, it will be useful to understand Bloch waves and band structures of periodic multilayer media.