Abstract
The luminescence properties of the laser inorganic liquids GaCl{sub 3}-SOCl{sub 2}-Nd{sup 3+} under excitation by the products of the nuclear reactions in the flow of neutrons with energy 14 MeV are investigated. The luminescence photon number distibutions in depending on the time or the wavelength are measured by means of the statistical method of the own-photon spectrometry. There is calculated the contribution energy speed of charged particles emerging in the bulk specimen as a result of neutron interaction with matter. It is obtained, that the efficiency {eta} of charged particles energy conversion to luminescence energy is depended on the ions Nd{sup 3+} concentration and the maximum {eta} is composed 2.1{+-}0.2% by C{sub Nd}=(1.0{+-}0.1)*10{sup 21}cm{sup -3}. 14 refs.; 4 figs.; 1 tab.
Citation Formats
Seregina, E A, D`yachenko, P P, Kalinin, V V, Shevchuk, O D, Volynkin, V M, and Markosov, S A.
Spectra-luminescence properties of Nd{sup 3+} ions under excitation by nuclear reaction products in GaCl{sub 3}-SOCl{sub 2} system; Spektral`no-lyuminestsentnye svojstva ionov Nd{sup 3+} v sisteme GaCl{sub 3}-SOCl{sub 2} pri vozbuzhdenii produktami yadernykh reaktsij.
USSR: N. p.,
1990.
Web.
Seregina, E A, D`yachenko, P P, Kalinin, V V, Shevchuk, O D, Volynkin, V M, & Markosov, S A.
Spectra-luminescence properties of Nd{sup 3+} ions under excitation by nuclear reaction products in GaCl{sub 3}-SOCl{sub 2} system; Spektral`no-lyuminestsentnye svojstva ionov Nd{sup 3+} v sisteme GaCl{sub 3}-SOCl{sub 2} pri vozbuzhdenii produktami yadernykh reaktsij.
USSR.
Seregina, E A, D`yachenko, P P, Kalinin, V V, Shevchuk, O D, Volynkin, V M, and Markosov, S A.
1990.
"Spectra-luminescence properties of Nd{sup 3+} ions under excitation by nuclear reaction products in GaCl{sub 3}-SOCl{sub 2} system; Spektral`no-lyuminestsentnye svojstva ionov Nd{sup 3+} v sisteme GaCl{sub 3}-SOCl{sub 2} pri vozbuzhdenii produktami yadernykh reaktsij."
USSR.
@misc{etde_10105293,
title = {Spectra-luminescence properties of Nd{sup 3+} ions under excitation by nuclear reaction products in GaCl{sub 3}-SOCl{sub 2} system; Spektral`no-lyuminestsentnye svojstva ionov Nd{sup 3+} v sisteme GaCl{sub 3}-SOCl{sub 2} pri vozbuzhdenii produktami yadernykh reaktsij}
author = {Seregina, E A, D`yachenko, P P, Kalinin, V V, Shevchuk, O D, Volynkin, V M, and Markosov, S A}
abstractNote = {The luminescence properties of the laser inorganic liquids GaCl{sub 3}-SOCl{sub 2}-Nd{sup 3+} under excitation by the products of the nuclear reactions in the flow of neutrons with energy 14 MeV are investigated. The luminescence photon number distibutions in depending on the time or the wavelength are measured by means of the statistical method of the own-photon spectrometry. There is calculated the contribution energy speed of charged particles emerging in the bulk specimen as a result of neutron interaction with matter. It is obtained, that the efficiency {eta} of charged particles energy conversion to luminescence energy is depended on the ions Nd{sup 3+} concentration and the maximum {eta} is composed 2.1{+-}0.2% by C{sub Nd}=(1.0{+-}0.1)*10{sup 21}cm{sup -3}. 14 refs.; 4 figs.; 1 tab.}
place = {USSR}
year = {1990}
month = {Dec}
}
title = {Spectra-luminescence properties of Nd{sup 3+} ions under excitation by nuclear reaction products in GaCl{sub 3}-SOCl{sub 2} system; Spektral`no-lyuminestsentnye svojstva ionov Nd{sup 3+} v sisteme GaCl{sub 3}-SOCl{sub 2} pri vozbuzhdenii produktami yadernykh reaktsij}
author = {Seregina, E A, D`yachenko, P P, Kalinin, V V, Shevchuk, O D, Volynkin, V M, and Markosov, S A}
abstractNote = {The luminescence properties of the laser inorganic liquids GaCl{sub 3}-SOCl{sub 2}-Nd{sup 3+} under excitation by the products of the nuclear reactions in the flow of neutrons with energy 14 MeV are investigated. The luminescence photon number distibutions in depending on the time or the wavelength are measured by means of the statistical method of the own-photon spectrometry. There is calculated the contribution energy speed of charged particles emerging in the bulk specimen as a result of neutron interaction with matter. It is obtained, that the efficiency {eta} of charged particles energy conversion to luminescence energy is depended on the ions Nd{sup 3+} concentration and the maximum {eta} is composed 2.1{+-}0.2% by C{sub Nd}=(1.0{+-}0.1)*10{sup 21}cm{sup -3}. 14 refs.; 4 figs.; 1 tab.}
place = {USSR}
year = {1990}
month = {Dec}
}