Optical hole-burning and ground state energy transfer in ruby

DOI	Resolve DOI: https://doi.org/10.1007/978-3-540-38804-3_70
Author	Search for: Jessop, P. E.¹; Search for: Szabo, A.¹
Name affiliation	National Research Council of Canada
Format	Text, Article
Journal title	Laser Spectroscopy V
Series title	Springer Series in Optical Sciences; no. 30
ISSN	0342-4111 1556-1534
ISBN	978-3-662-15380-2 978-3-540-38804-3
Pages	408–411
Subject	energy transfer mechanism; spin temperature; homogeneous linewidth; minimize edge effect; inhomogeneous width
Abstract	A recent application of homogeneous linewidth laser spectroscopy of optical solids is in energy transfer studies. This paper describes a high resolution hole-burning study of the R1 line in ruby giving information on the energy transfer mechanism which determines the saturated lineshape. As is well known, the zero phonon R1 lines in ruby at liquid helium temperatures are inhomogeneously broadened due to crystal defects. When the 4A2(±1/2;f)→Ē transition (R1(1/2) hereafter) is saturated by a narrowband laser, the result shown in Figure 1 occurs.
Publication date	1981
Publisher	Springer
Note	The authors were affiliated with the National Research Council of Canada, Division of Electrical Engineering when they authored this article.
Language	English
Peer reviewed	Yes
NPARC number	23002927
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Record identifier	5033462f-7e67-4e0f-ae2b-9d5ac24770fb
Record created	2018-03-26
Record modified	2020-03-13