Spin relaxation of muonated radicals in the gas phase

J.J. Pan; D.G. Fleming; M. Senba; D.J. Arseneau; R. Snooks; S. Baer; M. Shelley; P.W. Percival; J.-C. Brodovitch; Brenda Addison-Jones; S. Wlodek; S.F.J. Cox

Summary

Collection(s)	Collection(s) DC Faculty Research & Scholarship
Content type	Content type Digital Document
Resource Type	Resource Type Text
Genre	Genre article
Language	Language English
Peer Review Status	Peer Review Status Peer Reviewed

Persons and Affiliations

Persons	Author (aut): Pan, J.J. Author (aut): Fleming, D.G. Author (aut): Senba, M. Author (aut): Arseneau, D.J. Author (aut): Snooks, R. Author (aut): Baer, S. Author (aut): Shelley, M. Author (aut): Percival, P.W. Author (aut): Brodovitch, J.-C. Author (aut): Addison-Jones, Brenda Author (aut): Wlodek, S. Author (aut): Cox, S.F.J.

Origin Information

Date Created/Date Issued	1994
Publisher	Springer

Abstract/Description

Abstract

We report on recent results obtained for longitudinal field (T 1) spin relaxation of the muonium-substituted (“muonated”) free radicals MuCO, MuC2F4, MuC2H3F, and MuC4H8 (t-butyl), comparing with results reported earlier for MuC2H4 (and MuC2D4). Some comparison with transverse field (T 2) data is also given. These data are fit to a phenomenological model based on NMR theory of spin relaxation in gases. The parameters of these fits are presented and discussed.

Publication/Container Information

Publication Title	Publication Title Hyperfine Interactions
Publication Number	Publication Number Volume 87

Identifiers

DOI	DOI 10.1007/BF02068476
ISSN	ISSN 0304-3843

Notes

Note

Note	publication status: Final article published

Access and Rights

Use and Reproduction	Use and Reproduction ©1994. Hyperfine Interactions. Springer.
Rights Statement	Rights Statement IN COPYRIGHT - EDUCATIONAL USE PERMITTED

Subjects and Classifications

Keywords	Keywords Spin Relaxation Thin Film Free Radical Recent Result Phenomenological Model

Spin relaxation of muonated radicals in the gas phase

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