Semiconductor Optics
2009-10-04 - extension: pdf - size: 6 MB
Semiconductor Optics
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32186 Germanium -THE MILITARY'S HOLY GRAIL Germanium is rare commodity which plays vital role in U.S. military's capabilities as used in (More) Germanium is rare commodity which plays vital role in U.S. military's capabilities as used in infrared sensors When you hear the word 'germanium,' do you conjure up visions of flowers? If so, you're not alone as most people confuse this obscure metal with the flowering plant 'geranium.' Germanium is a commodity that is primarily mined and produced by just a handful of relatively large companies worldwide. War Eagle Mining, www.wareaglemining.com, based in Vancouver, Canada, competes in the germanium sector against global companies including Teck Cominco and Umicore. While this minor by-product is obscure, germanium plays a significant role as a lifesaving commodity that is a vital part of the U.S. military's capabilities as well as important to the telecommunications (in the form of fiber optics) and semiconductor sectors. (Less)
Optical Contact Bonding : DigInfo http://movie.diginfo.tv DigInfo News
Japan Cell, a manufacturer of precision optical components, (More) http://movie.diginfo.tv DigInfo News
Japan Cell, a manufacturer of precision optical components, use their proprietary technique of Optical Contact also known as Direct Fusion Bonding, to bond glass without the need for adhesives.
"The main feature of this technique is that you can bond materials together for use in situations where you don't want to use glue. So, for example, when you are using organic solvents or when you are applying heat to a material, you can't use glue."
This technique allows them to create products such as the Polarizing Beam Splitter, consisting of two prisms bonded together for use in IR applications, an Ultra High Vacuum Cell used in cutting-edge fields such as quantum optics research and the Flow Cell for use in Particle or Blood Cell Counters.
Japan Cell also produce a range of "Fly's Eye" Lens Arrays used in Semiconductor manufacturing and as a part of the exposure system in flat panel displays and digital projectors. (Less)
Semiconductor Optics - Klingshirn
2009-12-14 - extension: pdf - size: 6 MB
Semiconductor Optics - Klingshirn
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Semiconductor Optics Klingshirn .pdf
2008-05-20 - extension: pdf - size: 6 MB
Semiconductor Optics Klingshirn .pdf
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