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Spin interaction

Dipolar D / 10 -10 Through space spin-spin interaction, axially symmetric traceless tensor... [Pg.1467]

Indirect spin u / 1-1Q3 Spin-spin interaction mediated via the bonding electrons through the contact interaction... [Pg.1467]

Closs G L, Forbes M D E and Norris J R 1987 Spin-polarized electron paramagnetic resonance spectra of radical pairs in micelles. Observation of electron spin-spin interactions J. Phys. Chem. 91 3592-9... [Pg.1620]

The example of B5H9 serves to show how the chemical shift may be used as an aid to determining the stmcture of a molecule and, in particular, in deciding between alternative stmctures. There are many examples in the literature of this kind of application which is reminiscent of the way in which the chemical shift in NMR spectroscopy may be employed. However there is one important difference in using the two kinds of chemical shift. In XPS there are no interactions affecting closely spaced lines in the spectmm, however close they may be. Figure 8.15 illustrates this for the C lx lines of thiophene. In NMR spectroscopy the spectmm becomes more complex, due to spin-spin interactions, when chemical shifts are similar. [Pg.312]

E is usually divided into separate parts, referred to as the exchange and correlation parts, but actually corresponding to same-spin and mixed-spin interactions, respectively ... [Pg.273]

Here and H describe radicals A and B of the radical pair and He the interaction of their electrons. The other terms in equation (15) are H g, the spin orbit coupling term, H g and Hgj, representing the interaction of the externally applied magnetic field with the electron spin and nuclear spin, respectively Hgg is the electron spin-spin interaction and Hgi the electron-nuclear hyperfine interaction. [Pg.69]

B. Determining the Relative Arrangement of Centers Coupled by Spin-Spin Interactions... [Pg.421]

Another example of noncysteinyl coordination of a [4Fe-4S] center was provided by the resolution of the X-ray structure of D. gigas hy-drogenase, which revealed that one iron atom of the distal [4Fe-4S] center was ligated by the atom of a histidine residue (164). Unfortunately, the EPR signature of this center could not be determined because of intercenter spin—spin interactions with other iron—sulfur centers (95). [Pg.457]

Iron-Sulfur Proteins Showing Static Effects of Spin-Spin Interactions on... [Pg.462]

Up to now, we have dealt only with the static effects of the spin-spin interactions. These effects are no longer observed when the splitting SB of the resonance lines due to these interactions is much smaller than the spectral linewidth or when the spin-lattice relax-... [Pg.464]


See other pages where Spin interaction is mentioned: [Pg.1500]    [Pg.1506]    [Pg.1554]    [Pg.1572]    [Pg.279]    [Pg.6]    [Pg.50]    [Pg.159]    [Pg.1102]    [Pg.211]    [Pg.334]    [Pg.338]    [Pg.442]    [Pg.165]    [Pg.2]    [Pg.24]    [Pg.112]    [Pg.72]    [Pg.37]    [Pg.321]    [Pg.346]    [Pg.422]    [Pg.449]    [Pg.450]    [Pg.457]    [Pg.458]    [Pg.461]    [Pg.462]    [Pg.464]    [Pg.465]    [Pg.466]    [Pg.466]    [Pg.467]    [Pg.468]    [Pg.468]    [Pg.470]   
See also in sourсe #XX -- [ Pg.279 ]

See also in sourсe #XX -- [ Pg.279 ]

See also in sourсe #XX -- [ Pg.345 , Pg.346 , Pg.347 , Pg.348 , Pg.349 , Pg.350 ]




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Anisotropic Spin Interactions

Anisotropic nuclear spin interactions

Anisotropy of Spin Interactions

Configuration interaction spin contamination

Conical intersections, spin-orbit interaction

Conical intersections, spin-orbit interaction algorithms

Coulomb and spin-orbit interaction

Cross spin interaction

Cyclophanes spin interaction

Derivation of nuclear spin interactions from the Breit equation

Donor spin-orbit interaction

Effect of spin-orbit interaction

Effective interactions electrostatic-spin-orbit

Electron Spin Interactions A Source of Chemical Information

Electron Spin-Nucleus Interactions and Consequences

Electron nuclear spin interaction energy

Electron orbit-nuclear spin interaction

Electron paramagnetic resonance spectroscopy spin interactions

Electron spin label hyperfine interactions

Electron spin resonance hyperfine interactions

Electron spin resonance radicals, dipolar interaction

Electron spin resonance spectroscopy nuclear hyperfine interaction

Electron spin resonance studies chemical interactions

Electron spins, interaction with

Electron spins, interaction with environment

Electron-hole spin exchange interaction

Electron-spin interactions

Electronic Hamiltonian, conical intersections spin-orbit interaction

Electronic Zeeman interaction high-spin systems

Electronic spin lattice interactions

Electronic spin multiplicity Excited-state interactions with

Electrostatic and Spin-Orbit Interaction

Electrostatic correlated spin-orbit interaction

Filament interaction with the environment in melt spinning

First-Order Spin-Vibronic Interaction

Flip-flop interaction spin diffusion

Flip-flop spin interaction

Hamiltonian spin interaction

High spins Zeeman interaction

High spins electronic Zeeman interaction

High spins zero-field interaction

High-spin molecules exchange interaction

Hyperfine interactions electron spin echo envelope modulation

Interacting nanoparticle systems spin glasses

Interacting nanoparticle systems spin-glass-like behavior

Interaction Hamiltonian spin-orbit

Interaction between Spin-Singlet Excitations (Forster)

Interactions of Electron Spins with Their Environment

Interactions spin Hamiltonian operator

Interactions spin ladders

Interactions spin richness

Interactions spin wavefunctions

Intermediate coupling spin-orbit configuration interaction

Intermolecular interaction spin-lattice relaxation time

Intra- and InterSegment Spin Interactions (Dispersion Region III)

Magic angle spinning dipolar interactions

Magic angle spinning technique second-order quadrupolar interaction

Manipulation of Spin Interactions

Matrix element spin-orbit interaction

Mean-Field Approximations for Spin-Orbit Interaction

Model Spin Hamiltonians for Isotropic Interactions

Model potentials spin-orbit interaction

Multi-spin dipolar interaction

Multiple-quantum magic-angle spinning quadrupolar interaction

Mutual spin flip interactions

NMR of non-interacting spins

Nuclear Spin-Rotation Interaction Constants

Nuclear magnetic shielding spin-rotation interaction

Nuclear spin dipolar interaction

Nuclear spin interaction

Nuclear spin interaction anisotropy

Nuclear spin interaction tensor

Nuclear spin solid-state interactions

Nuclear spin, electron quadrupole interaction

Nuclear spin-orbit interaction

Nuclear spin-rotation interaction

Nuclear spin-vibration interaction

Nuclear spin/rotation interaction from molecular beam resonance

One-Dimensional Model of Interacting Spins

Orbital interaction high-spin

Phenomenological spin Hamiltonians interactions

Quadrupolar interaction nuclear spin energy levels

Quadrupole interactions spin hamiltonian describing

Raman spin-phonon interactions

Rotational energy levels with nuclear spin/rotation interaction

Rotational spectra spin-rotation interaction

Self-interaction-corrected local spin density

Self-interaction-corrected local spin density approximation

Solid-State Interactions of Nuclear Spins

Spin Hamiltonian electronic Zeeman interaction

Spin Hamiltonian nuclear-orbit interaction

Spin Interactions in INDO

Spin exchange interaction

Spin exchange through-bond interaction

Spin interactions convention

Spin interactions in cluster chemistry

Spin interactions, intersegment

Spin lattice relaxation steric interactions

Spin levels, electron interacting with

Spin orbit interaction energy

Spin units exchange interactions, magnetism

Spin-Interactions and the Non-relativistic Limit of Electrodynamics

Spin-Orbit Configuration Interaction Methods

Spin-Zeeman interaction

Spin-dipolar interaction

Spin-forbidden transitions interactions

Spin-glass-like behavior, strongly-interacting

Spin-lattice interactions

Spin-magnetic field interaction

Spin-orbit configuration interaction

Spin-orbit coupling constant interaction

Spin-orbit interaction

Spin-orbit interaction ZORA regularization

Spin-orbit interaction and the vector

Spin-orbit interaction approximation

Spin-orbit interaction coordinates

Spin-orbit interaction coupling

Spin-orbit interaction derivative couplings

Spin-orbit interaction electronic Hamiltonian

Spin-orbit interaction energy parameters

Spin-orbit interaction in complexes the double group

Spin-orbit interaction location

Spin-orbit interaction mean-field

Spin-orbit interaction numerical calculations

Spin-orbit interaction orthogonality properties

Spin-orbit interaction perturbation

Spin-orbit interaction perturbation theory

Spin-orbit interaction pseudopotential

Spin-orbit interaction pseudopotentials

Spin-orbit interaction terms

Spin-orbit interaction time-reversal symmetry

Spin-orbit interaction topography

Spin-orbit interaction various electrons

Spin-orbit interaction, first-order

Spin-orbit interaction, lead spectroscopic

Spin-orbit interaction, second-order

Spin-orbital interaction

Spin-other-orbit interaction

Spin-other-orbit interaction Breit-Pauli

Spin-other-orbit interaction matrix elements

Spin-phonon interaction

Spin-rotation interactions

Spin-rotational interaction

Spin-same orbit interaction

Spin-vibronic interactions

Strongly-interacting nanoparticle systems spin glasses

Strongly-interacting nanoparticle systems spin-glass-like behavior

The spin-orbit interaction

Weak interactions spin structure

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