Non-radiative relaxation of Ho3+ in various tellurite glasses

J. Hormadaly; R. Reisfeld

doi:10.1016/0009-2614(77)80058-4

Non-radiative relaxation of Ho³⁺ in various tellurite glasses

J. Hormadaly^*
, R. Reisfeld

^*Corresponding author for this work

Institute of Chemistry

Research output: Contribution to journal › Article › peer-review

6 Scopus citations

Abstract

Non-radiative relaxation rates from ⁵F₄, ⁵S₂ to ⁵F₅ of Ho³⁺ in three tellurite glasses were measured as a function of temperature. The experimental behaviour of the nonradiative decay rate W_nr(T) with the temperature lies between two theoretical curves fitted to 4 and 5 phonons. Phonon frequencies were obtained from Raman measurements, a correlation was found between the magnitude of W_nr(0) and the amount of disorder in glass.

Original language	English
Pages (from-to)	436-440
Number of pages	5
Journal	Chemical Physics Letters
Volume	45
Issue number	3
DOIs	https://doi.org/10.1016/0009-2614(77)80058-4
State	Published - 1 Feb 1977

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title = "Non-radiative relaxation of Ho3+ in various tellurite glasses",

abstract = "Non-radiative relaxation rates from 5F4, 5S2 to 5F5 of Ho3+ in three tellurite glasses were measured as a function of temperature. The experimental behaviour of the nonradiative decay rate Wnr(T) with the temperature lies between two theoretical curves fitted to 4 and 5 phonons. Phonon frequencies were obtained from Raman measurements, a correlation was found between the magnitude of Wnr(0) and the amount of disorder in glass.",

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N2 - Non-radiative relaxation rates from 5F4, 5S2 to 5F5 of Ho3+ in three tellurite glasses were measured as a function of temperature. The experimental behaviour of the nonradiative decay rate Wnr(T) with the temperature lies between two theoretical curves fitted to 4 and 5 phonons. Phonon frequencies were obtained from Raman measurements, a correlation was found between the magnitude of Wnr(0) and the amount of disorder in glass.

AB - Non-radiative relaxation rates from 5F4, 5S2 to 5F5 of Ho3+ in three tellurite glasses were measured as a function of temperature. The experimental behaviour of the nonradiative decay rate Wnr(T) with the temperature lies between two theoretical curves fitted to 4 and 5 phonons. Phonon frequencies were obtained from Raman measurements, a correlation was found between the magnitude of Wnr(0) and the amount of disorder in glass.

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Non-radiative relaxation of Ho³⁺ in various tellurite glasses

Abstract

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