MECHANISM OF ENERGY TRANSFER BETWEEN UO//2**2** plus AND Ho**3** plus AND NONRADIATIVE RELAXATION IN A DONOR AND ACCEPTOR SYSTEM IN AMORPHOUS MEDIA.

Y. Kalisky; R. Reisfeld; H. Tzehoval; Laser Unit

MECHANISM OF ENERGY TRANSFER BETWEEN UO//22 plus AND Ho3 plus AND NONRADIATIVE RELAXATION IN A DONOR AND ACCEPTOR SYSTEM IN AMORPHOUS MEDIA.

Y. Kalisky, R. Reisfeld, H. Tzehoval, Laser Unit

Research output: Contribution to journal › Conference article › peer-review

Abstract

Energy transfer via dipole-dipole mechanism in a system of identical ions, Ho**3** plus doped tellurite glasses or UO//2**2** plus in borosilicate glasses, and a donor acceptor system were analyzed. The decay curves of Ho**3** plus in tellurite exhibits non-exponential dependence at shorter times and an exponential decay at longer times. The experimental results prove that miltipolar energy transfer occurs in a three-dimensional system, and this behavior is different from fractal behavior in porous glasses.

Original language	English
Pages (from-to)	627
Number of pages	1
Journal	Electrochemical Society Extended Abstracts
Volume	85-1
State	Published - 1 Jan 1985
Externally published	Yes

ASJC Scopus subject areas

General Engineering

Cite this

@article{45af3bf0324c485bbf9f45ea382b37af,

title = "MECHANISM OF ENERGY TRANSFER BETWEEN UO//2**2** plus AND Ho**3** plus AND NONRADIATIVE RELAXATION IN A DONOR AND ACCEPTOR SYSTEM IN AMORPHOUS MEDIA.",

abstract = "Energy transfer via dipole-dipole mechanism in a system of identical ions, Ho**3** plus doped tellurite glasses or UO//2**2** plus in borosilicate glasses, and a donor acceptor system were analyzed. The decay curves of Ho**3** plus in tellurite exhibits non-exponential dependence at shorter times and an exponential decay at longer times. The experimental results prove that miltipolar energy transfer occurs in a three-dimensional system, and this behavior is different from fractal behavior in porous glasses.",

author = "Y. Kalisky and R. Reisfeld and H. Tzehoval and Laser Unit",

year = "1985",

month = jan,

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language = "English",

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T1 - MECHANISM OF ENERGY TRANSFER BETWEEN UO//2**2** plus AND Ho**3** plus AND NONRADIATIVE RELAXATION IN A DONOR AND ACCEPTOR SYSTEM IN AMORPHOUS MEDIA.

AU - Kalisky, Y.

AU - Reisfeld, R.

AU - Tzehoval, H.

AU - Unit, Laser

PY - 1985/1/1

Y1 - 1985/1/1

N2 - Energy transfer via dipole-dipole mechanism in a system of identical ions, Ho**3** plus doped tellurite glasses or UO//2**2** plus in borosilicate glasses, and a donor acceptor system were analyzed. The decay curves of Ho**3** plus in tellurite exhibits non-exponential dependence at shorter times and an exponential decay at longer times. The experimental results prove that miltipolar energy transfer occurs in a three-dimensional system, and this behavior is different from fractal behavior in porous glasses.

AB - Energy transfer via dipole-dipole mechanism in a system of identical ions, Ho**3** plus doped tellurite glasses or UO//2**2** plus in borosilicate glasses, and a donor acceptor system were analyzed. The decay curves of Ho**3** plus in tellurite exhibits non-exponential dependence at shorter times and an exponential decay at longer times. The experimental results prove that miltipolar energy transfer occurs in a three-dimensional system, and this behavior is different from fractal behavior in porous glasses.

UR - http://www.scopus.com/inward/record.url?scp=0021873675&partnerID=8YFLogxK

M3 - Conference article

AN - SCOPUS:0021873675

SN - 0160-4619

VL - 85-1

SP - 627

JO - Electrochemical Society Extended Abstracts

JF - Electrochemical Society Extended Abstracts

ER -

MECHANISM OF ENERGY TRANSFER BETWEEN UO//22 plus AND Ho3 plus AND NONRADIATIVE RELAXATION IN A DONOR AND ACCEPTOR SYSTEM IN AMORPHOUS MEDIA.

Abstract

ASJC Scopus subject areas

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