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Journal ArticleDOI

The analysis of angular correlation and angular distribution data

M. E. Rose
- 01 Aug 1953 - 
- Vol. 91, Iss: 3, pp 610-615
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TLDR
In this article, a number of problems arising in the analysis of angular correlation and angular distribution data are considered, including corrections for finite angular resolution, and a brief discussion of the corrections for a decaying source.
Abstract
Consideration of a number of problems which arise in the analysis of angular correlation and angular distribution data is given. These include corrections for finite angular resolution. For a source of constant strength the questions of determination of most probable counting rates, their associated errors and the determination of the most probable coefficients in the Legendre representation of the data, as well as the errors in the determination of these coefficients, are examined. A brief discussion of the corrections for a decaying source is also presented.

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Pac study of the hyperfine interactions in154Gd3+ in rare-earth-garnets

TL;DR: In this article, perturbed angular correlation (PAC) measurements were performed on the S-state ion154Gd3+ because spin-lattice interactions were expected to be small.
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Energy-dependent β-γ circular polarization and nuclear matrix elements in 84Rb

TL;DR: In this paper, the energy-dependent β-γ circular polarization correlation P γ was measured to restrict the possible nuclear matrix-element solutions which can be used to describe the 2 − − 2 + positron transition in 84 Rb.
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Directional correlations of gamma rays in 77As

TL;DR: In this paper, the mixing ratios of γ-transitions and the spins of seven levels have been deduced assuming only a ground-state spin of 3 2, and the levels for which spins were deduced are 216(3 2 ), 264( 5 2 ), 475( 9 2 ), 632( 52 ), 1189( 7 2 ), 1458( 3 2 ).
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Linear polarization–direction correlations in $$\gamma $$ γ -ray scattering experiments

TL;DR: In this paper, the authors present the general formalism for analyzing the observed angular correlations and present the measured anisotropies of the emitted gamma rays in graphical format as an aid in the data analysis.
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