Optical properties of ZnSe(Te) with ytterbium impurity
We report the results on infrared transmission measurements of non-doped and tellurium-doped crystals of zinc selenide grown from the melt. It was found that non-doped samples feature high transmission (50%-60%) for the wavelengths of 1-22 μm. The efficient scintillating crystals of ZnSe(Te) are alm...
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| Veröffentlicht in: | Applied optics (2004) 2016-04, Vol.55 (12), p.B1-B3 |
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| container_title | Applied optics (2004) |
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| creator | Makhniy, Viktor P Horley, Paul P Vorobiev, Yuri V Kinzerska, Oksana V |
| description | We report the results on infrared transmission measurements of non-doped and tellurium-doped crystals of zinc selenide grown from the melt. It was found that non-doped samples feature high transmission (50%-60%) for the wavelengths of 1-22 μm. The efficient scintillating crystals of ZnSe(Te) are almost opaque for λ>7 μm. Doping these samples with ytterbium from the gas phase does not achieve any significant transmission increase for non-doped ZnSe samples in the spectral range of 1-22 μm. However, it considerably increases (up to 50%) transmission for doped ZnSe(Te) at the wavelengths λ>10 μm. These optical peculiarities were analyzed taking into account restructurization of point defect ensembles created by Te and Yb impurities. |
| doi_str_mv | 10.1364/AO.55.0000B1 |
| format | Article |
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It was found that non-doped samples feature high transmission (50%-60%) for the wavelengths of 1-22 μm. The efficient scintillating crystals of ZnSe(Te) are almost opaque for λ>7 μm. Doping these samples with ytterbium from the gas phase does not achieve any significant transmission increase for non-doped ZnSe samples in the spectral range of 1-22 μm. However, it considerably increases (up to 50%) transmission for doped ZnSe(Te) at the wavelengths λ>10 μm. 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| source | Alma/SFX Local Collection; Optica Publishing Group Journals |
| subjects | Crystals Impurities Infrared Optical properties Spectra Wavelengths Ytterbium Zinc selenides |
| title | Optical properties of ZnSe(Te) with ytterbium impurity |
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