Environmental Optics

Environmental Optics

Environmental Optics

Environmental optics has developed on the basis of disciplines such as photometry, chromaticity, physiological optics, psychophysics, physical optics, and architectural optics. The main research focuses on the interaction between light and the environment, including natural light environments and artificial light environments.

Detailed Introduction

Optical components required in the field of environmental optics

Windows

Calcium fluoride windows, barium fluoride windows, magnesium fluoride windows, silicon windows, germanium windows, zinc selenide windows, zinc sulfide windows, sapphire windows, fused silica windows, lithium fluoride windows, K9 glass windows


Lens

planar convex lens, planar concave lens, biconvex lens, biconvex lens, meniscus lens


The application fields of environmental optics

Air quality monitoring, pollution source emission monitoring, atmospheric composition detection, solar energy, light pollution control, environmental protection


Instruments required for environmental optics

Ultraviolet Differential Absorption Spectroscopy (DOAS) flue gas analyzer, COD ammonia nitrogen total phosphorus spectrometer, infrared spectrometer, environmental optical sensor, piezoelectric rainfall sensor, gas analysis sensor, photometer, colorimeter, optical measuring instrument, optical measuring instrument


Optical Components Required For Environmental Optics

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