Spin relaxation of muonated radicals in the gas phase

Digital Document
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.
Abstract/Description
Abstract
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
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

Cite this

Pan, J.J., D.G. Fleming, M. Senba, D.J. Arseneau, R. Snooks, S. Baer, M. Shelley, et al. “Spin relaxation of muonated radicals in the gas phase”. Article. Hyperfine Interactions. DC Faculty Research & Scholarship. Springer, 1994. https://doi.org/10.1007/BF02068476.

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