RAMAN SCATTERING STUDIES OF INORGANIC SOLIDS USING AN ARGON LASER SOURCE

Raman studies were carried out using argon ion laser excitation on a variety of inorganic solids using a number of different laser tube designs. The laser tubes that were designed and used included (1) an all metal design; (2) a graphite capillary design; and (3) a BeO capillary design. Raman studie...

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Bibliographische Detailangaben
1. Verfasser:	Parker,J H , Jr
Format:	Report
Sprache:	eng
Schlagworte:	ALUMINATES ALUMINUM ALLOYS ALUMINUM COMPOUNDS ALUMINUM PHOSPHIDE ANTIMONY COMPOUNDS ANTIMONY(III) OXIDE ARGON ARSENIC COMPOUNDS ARSENIC(III) OXIDE BERYLLIUM CONFIGURATIONS CRYSTAL STRUCTURE DISCHARGE TUBES GALLIUM ALLOYS GALLIUM COMPOUNDS GALLIUM OXIDE GAS LASERS GOLD GOLD ALLOYS INFRARED SPECTRA Inorganic Chemistry INTERMETALLIC COMPOUNDS ION LASERS Lasers and Masers OPTICAL EQUIPMENT COMPONENTS PHOSPHIDES RAMAN SPECTROSCOPY SAPPHIRE SILICON CARBIDES Solid State Physics
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Beschreibung
Zusammenfassung:	Raman studies were carried out using argon ion laser excitation on a variety of inorganic solids using a number of different laser tube designs. The laser tubes that were designed and used included (1) an all metal design; (2) a graphite capillary design; and (3) a BeO capillary design. Raman studies were carried out on the following compounds: Al2O3, AlP, SiC (6H), SiC (cubic), Ga2O3, As2O3, Sb2O3, Be, AuAl2 and AuGa2. While detailed studies were carried out on the first three compounds, only survey spectra have been obtained, so far, for the last seven compounds. (Author)