New Optical Glasses with Good Transparency in the Infrared*
Journal of the Optical Society of America · 1953 · 153 citations · 10 references
Optical MaterialsOptical TechnologiesEngineeringOptical GlassLaser ApplicationsGlass MaterialOptoelectronic DevicesFiber OpticsChemistryNew OpticalOptical NetworksOptical PropertiesTransparent MaterialsOptical GlassesOptical SystemsMaterials SciencePhotonicsOptoelectronic MaterialsArsenic TrisulfideGlassy SeleniumApplied PhysicsOptical WaveguidesGlass PhotonicsOptical Devices
Optical glasses were produced using arsenic trisulfide as a network former and different sulfides as network modifiers. These glasses transmit infrared up to 12–13 microns in thicknesses useful for optical purposes. The transmission of glassy selenium was determined up to 21 microns and a few composite selenium glasses were investigated.
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THE ATOMIC ARRANGEMENT IN GLASS
W. H. Zachariasen · Journal of the American Chemical Society · 1932
2.8K citations
X‐RAY DIFFRACTION STUDY OF SODA‐BORIC OXIDE GLASS *
J. Biscoe, Β. E. Warren · Journal of the American Ceramic Society · 1938
222 citations
THE STRUCTURE OF SILICA GLASS BY X‐RAY DIFFRACTION STUDIES *
Β. E. Warren, J. Biscce · Journal of the American Ceramic Society · 1938
208 citations
The Crystal Structure of Germanium Disulphide
W. H. Zachariasen · The Journal of Chemical Physics · 1936
58 citations
WATER CONTENT AND INFRARED TRANSMISSION OF SIMPLE GLASSES*
Anna J. Harrison · Journal of the American Ceramic Society · 1947
47 citations