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Optical Coatings - Reflective Optical Coatings
Reflective coatings reflect emission of a wide (metal mirror) or selective (dielectric mirror) spectral range. They serve to change the direction of emission (rotation of the optical axis) in optoelectronic devices for various purposes, spectral filtration of emission. SH.10G08-OC-R
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Shvabe Description
Used technologies:
- technology for applying beam splitting coatings with a given T/R ratio to the visible and near IR spectral ranges for optical elements from glass by electron-beam evaporation in vacuum;
- technology for the manufacture of laser mirrors in the visible and near-IR spectral ranges by electron-beam evaporation in vacuum;
- technology for applying dichroic heat-reflecting coatings by electron-beam evaporation in a vacuum;
- technology for applying dichroic coatings by electron-beam evaporation in a vacuum;
- manufacturing technology of aluminum mirrors for optical elements from glass by thermal evaporation in vacuum;
- manufacturing technology of gold mirrors for optical elements from glass by thermal evaporation in vacuum.
- technology for applying beam splitting coatings with a given T/R ratio to the visible and near IR spectral ranges for optical elements from glass by electron-beam evaporation in vacuum;
- technology for the manufacture of laser mirrors in the visible and near-IR spectral ranges by electron-beam evaporation in vacuum;
- technology for applying dichroic heat-reflecting coatings by electron-beam evaporation in a vacuum;
- technology for applying dichroic coatings by electron-beam evaporation in a vacuum;
- manufacturing technology of aluminum mirrors for optical elements from glass by thermal evaporation in vacuum;
- manufacturing technology of gold mirrors for optical elements from glass by thermal evaporation in vacuum.
Specification
1. OP-O_page-0001.pdf