Temperature dependence of intra-stack defect spin–conduction-electron spin interaction in fluoranthene and perylene radical cation salts
Author:
Publisher
IOP Publishing
Subject
Condensed Matter Physics,General Materials Science
Link
http://stacks.iop.org/0953-8984/15/i=29/a=324/pdf
Reference13 articles.
1. Electron spin relaxation of new organic conductors: fluroranthenyl radical cation salts
2. Analysis of the low-temperature phase of the organic conductor (fluoranthene)2PF6 with magnetic resonance
3. The Low-Temperature Phase of the Organic Conductor (Fluoranthene)2PF6
4. Perylene radical cation salts with a five-eighths-filled conduction band: An ESR analysis
5. Conduction-electron spin relaxation and diffusion in the radical cation salt diperylene hexafluorophosphate
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1. ESR Imaging of Conduction Electrons in Organic Conductors;Israel Journal of Chemistry;2008-09
2. Electron Spin Relaxation in x-Lithium Phthalocyanine;The Journal of Physical Chemistry B;2007-06-21
3. Proton irradiation defects in (fluoranthene)2PF6;Physics Letters A;2007-04
4. Longitudinal and transverse diffusion of conduction-electron spins on stacks of fluoranthene radical cations;Physical Review B;2006-12-06
5. Spatially resolved and integral measurements of the electron spin diffusion properties of an organic quasi 1-D conductor;Synthetic Metals;2005-09
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