Characterisation of magnetic relaxation on extremely long timescales
William J. A. Blackmore, Gemma K. Gransbury, Peter Evans, Jon G. C. Kragskow, David P. Mills, Nicholas F. Chilton
Abstract
= 0.45, and hence could have a significant impact on the chemical interpretation of magnetic relaxation rates. A necessary step in progressing towards chemical control of magnetic relaxation is the accurate determination of relaxation times, and such large variations in experimental measures stress the need for consistency in fitting and interpretation of magnetisation decays.
Topics & Concepts
Relaxation (psychology)Magnetic relaxationChemical physicsMaterials scienceNuclear magnetic resonanceCondensed matter physicsStatistical physicsPhysicsMagnetic fieldMagnetizationBiologyQuantum mechanicsNeuroscienceMagnetism in coordination complexesAdvanced NMR Techniques and ApplicationsElectron Spin Resonance Studies