Power-Law Relaxation of Spin-12 Nuclei in Solids
β Scribed by R.A. Assink; M.B. Boslough; R.T. Cygan
- Publisher
- Elsevier Science
- Year
- 1994
- Tongue
- English
- Weight
- 180 KB
- Volume
- 106
- Category
- Article
- ISSN
- 1064-1858
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π SIMILAR VOLUMES
Both formal reasoning and numerical calculations of spectral is operative 5). This is ultimately due to the fact that for lineshape functions confirm that magnetic equivalence between a pair of like nuclei of spin-1 2 the J-coupling Hamiltonian nuclei of spin greater than 1 2 is generally broken in
## Abstract Spinβlattice relaxation mechanisms of nuclear spins in solids in the presence of low concentrations of paramagnetic centers are discussed. Apart from the electron spinβlattice relaxation mechanism, threeβspin processes involving two electron spins and a nuclear spin may also play a role
## The evaluation of the second moment from dipolar-broadened The use of high-resolution proton spectra [ multipulse lines leads to a higher degree of reproducibility if the power specsequences, CRAMPS ( 3 ) ] is complicated since liquidtrum is used. Very small deviations in the baseline far away