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Applications of Spin‐Spin Couplings

ChemInform, 2003
AbstractFor Abstract see ChemInform Abstract in Full Text.
Krystyna Kamienska‐Trela, Jacek Wojcik
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Biosynthesis of spin-labeled peptidoglycan: spin-spin interactions

Biochemistry, 1977
Membrane preparations from Gaffkya homari catalyzed the in vitro biosynthesis of soluble uncross-linked spin-labeled peptidoglycan, a uniformly labeled polynitroxide, from the spin-labeled nucleotide UDP-MurNAc-Ala-DGlu-Lys(Nepsilon-2,2,5,5-tetramethyl-1-pyrrolin-1-oxyl-3-carbonyl)-DAla-DAla (I) and UDP-GlcNAc.
L S, Johnston, F C, Neuhaus
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Spin-Spin Relaxation and Spin Temperatures

Physical Review, 1964
The equilibrium and nonequilibrium properties of an assembly of interacting spins are analyzed in the case of paramagnetism (nuclear). The evolution towards equilibrium is described by a generalized Pauli equation. This equation contains two relaxation times: a first one characterizing the evolution of the dipole-dipole system to equilibrium and a ...
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“Spinning”

2016
Abstract A few patients presenting with spinning will have an emergent neurologic disorder. In many, an acute nonviral labyrinthitis or drug toxicity can be diagnosed. A full-scale neurologic evaluation should proceed only after otologic emergencies have been ruled out.
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Spin-Spin Coupling

1970
The fine structure in high-resolution NMR spectra produced by spin—spin coupling* between magnetic nuclei provides a very important source of information on the structure of complex organic molecules and the distribution of the electron cloud in them.
B. I. Ionin, B. A. Ershov
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Spin–spin coupling

2015
This chapter examines the magnetic interactions between nuclei, known variously as spin–spin couplings, scalar couplings, or J-couplings. Spin–spin couplings (J-couplings) give rise to multiplets in liquid-state nuclear magnetic resonance (NMR) spectra.
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