Кидибаев М.М. – докт. физ.-мат. наук, чл.-корр. НАН КР
ВУФ-СПЕКТРОСКОПИЯ ОБЪЕМНЫХ И ВОЛОКОННЫХ КРИСТАЛЛОВ ФТОРИДА НАТРИЯ
The luminescence spectra of NaF and NaF:U,Cu crystals in vacuum-ultraviolet region were studied. The system of configuration coordinates for Cu+ center was offered. It was shown that power transfer from excited 4p-state of Cu+ to U6+ ions flowed rather effectively. It was concluded that NaF:U,Cu crystals can be applied as optical materials of multifunctional purpose.
Keywords in Russian:The luminescence spectra of NaF and NaF:U,Cu crystals in vacuum-ultraviolet region were studied. The system of configuration coordinates for Cu+ center was offered. It was shown that power transfer from excited 4p-state of Cu+ to U6+ ions flowed rather effectively. It was concluded that NaF:U,Cu crystals can be applied as optical materials of multifunctional purpose.
ВУФ-СПЕКТРОСКОПИЯ ОБЪЕМНЫХ И ВОЛОКОННЫХ КРИСТАЛЛОВ ФТОРИДА НАТРИЯ
The luminescence spectra of NaF and NaF:U,Cu crystals in vacuum-ultraviolet region were studied. The system of configuration coordinates for Cu+ center was offered. It was shown that power transfer from excited 4p-state of Cu+ to U6+ ions flowed rather effectively. It was concluded that NaF:U,Cu crystals can be applied as optical materials of multifunctional purpose.
Keywords in Kyrgyz:The luminescence spectra of NaF and NaF:U,Cu crystals in vacuum-ultraviolet region were studied. The system of configuration coordinates for Cu+ center was offered. It was shown that power transfer from excited 4p-state of Cu+ to U6+ ions flowed rather effectively. It was concluded that NaF:U,Cu crystals can be applied as optical materials of multifunctional purpose.
ВУФ-СПЕКТРОСКОПИЯ ОБЪЕМНЫХ И ВОЛОКОННЫХ КРИСТАЛЛОВ ФТОРИДА НАТРИЯ
The luminescence spectra of NaF and NaF:U,Cu crystals in vacuum-ultraviolet region were studied. The system of configuration coordinates for Cu+ center was offered. It was shown that power transfer from excited 4p-state of Cu+ to U6+ ions flowed rather effectively. It was concluded that NaF:U,Cu crystals can be applied as optical materials of multifunctional purpose.
Keywords in English:The luminescence spectra of NaF and NaF:U,Cu crystals in vacuum-ultraviolet region were studied. The system of configuration coordinates for Cu+ center was offered. It was shown that power transfer from excited 4p-state of Cu+ to U6+ ions flowed rather effectively. It was concluded that NaF:U,Cu crystals can be applied as optical materials of multifunctional purpose.