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Zeeman

Sutter D FI and Flygare W FI 1976 The molecular Zeeman effect Topics Curr. Chem. 63 89... [Pg.210]

The large static applied magnetic field (Bq) produces the Zeeman interaction (= where is the z-... [Pg.1466]

Zeeman Unitary 10 -10 Interaction with main magnetic field... [Pg.1467]

Figure Bl.12.1. (a) Energy level diagram for an/= nueleus showing the effeets of the Zeeman interaetion and first- and seeond-order quadnipolar effeet. The resulting speetra show statie powder speetra for (b) first-order perturbation for all transitions and (e) seeond-order broadening of the eentral transition, (d) The MAS speetnim for the eentral transition. ... Figure Bl.12.1. (a) Energy level diagram for an/= nueleus showing the effeets of the Zeeman interaetion and first- and seeond-order quadnipolar effeet. The resulting speetra show statie powder speetra for (b) first-order perturbation for all transitions and (e) seeond-order broadening of the eentral transition, (d) The MAS speetnim for the eentral transition. ...
Of the NMR-active nuclei around tluee-quarters have / > 1 so that the quadnipole interaction can affect their spectra. The quadnipole inter action can be significant relative to the Zeeman splitting. The splitting of the energy levels by the quadnipole interaction alone gives rise to pure nuclear quadnipole resonance (NQR) spectroscopy. This chapter will only deal with the case when the quadnipole interaction can be regarded as simply a perturbation of the Zeeman levels. [Pg.1469]

The transition between levels coupled by the oscillating magnetic field B corresponds to the absorption of the energy required to reorient the electron magnetic moment in a magnetic field. EPR measurements are a study of the transitions between electronic Zeeman levels with A = 1 (the selection rule for EPR). [Pg.1551]

The coupling constants of the hyperfme and the electron Zeeman interactions are scalar as long as radicals in isotropic solution are considered, leading to the Hamiltonian... [Pg.1567]

The first temi describes the electronic Zeeman energy, which is the interaction of the magnetic field with the two electrons of the radical pair with the magnetic field, Bq. The two electron spins are represented by spin... [Pg.1593]

Not only can electronic wavefiinctions tell us about the average values of all the physical properties for any particular state (i.e. above), but they also allow us to tell us how a specific perturbation (e.g. an electric field in the Stark effect, a magnetic field in the Zeeman effect and light s electromagnetic fields in spectroscopy) can alter the specific state of interest. For example, the perturbation arising from the electric field of a photon interacting with the electrons in a molecule is given within die so-called electric dipole approximation [12] by ... [Pg.2158]

Figure C 1.4.8. (a) An energy level diagram showing the shift of Zeeman levels as the atom moves away from the z = 0 axis. The atom encounters a restoring force in either direction from counteriDropagating light beams, (b) A typical optical arrangement for implementation of a magneto-optical trap. Figure C 1.4.8. (a) An energy level diagram showing the shift of Zeeman levels as the atom moves away from the z = 0 axis. The atom encounters a restoring force in either direction from counteriDropagating light beams, (b) A typical optical arrangement for implementation of a magneto-optical trap.
Magnetic circular dicliroism (MCD) is independent of, and thus complementary to, the natural CD associated with chirality of nuclear stmcture or solvation. Closely related to the Zeeman effect, MCD is most often associated with orbital and spin degeneracies in cliromophores. Chemical applications are thus typically found in systems where a chromophore of high symmetry is present metal complexes, poriihyrins and other aromatics, and haem proteins are... [Pg.2966]

When magnetie fields are present, the intrinsie spin angular momenta of the eleetrons S (j) and of the nuelei I(k) are affeeted by the field in a manner that produees additional energy eontributions to the total Hamiltonian H. The Zeeman interaetion of an external magnetie field (e.g., the earth s magnetie field of 4. Gauss or that of a NMR... [Pg.643]

From accurate measurements of the Stark effect when electrostatic fields are applied, information regarding the electron distribution is obtained. Further Information on this point is obtained from nuclear quadrupole coupling effects and Zeeman effects (74PMH(6)53). [Pg.8]


See other pages where Zeeman is mentioned: [Pg.1440]    [Pg.1455]    [Pg.1466]    [Pg.1472]    [Pg.1549]    [Pg.1553]    [Pg.1553]    [Pg.1556]    [Pg.1557]    [Pg.1578]    [Pg.1582]    [Pg.1600]    [Pg.1609]    [Pg.1612]    [Pg.2467]    [Pg.2467]    [Pg.2468]    [Pg.643]    [Pg.79]    [Pg.108]    [Pg.11]    [Pg.205]    [Pg.363]    [Pg.1082]    [Pg.314]    [Pg.134]    [Pg.251]    [Pg.251]    [Pg.251]    [Pg.21]    [Pg.30]    [Pg.145]    [Pg.635]    [Pg.925]   
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See also in sourсe #XX -- [ Pg.161 , Pg.165 , Pg.166 ]

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A Quantum Mechanical Description of the Zeeman Interaction

An example quadratic Zeeman effect

Analysis Zeeman interaction

Angular momentum Zeeman effect

Anisotropic Zeeman term

Anomalous Zeeman Effect in the D Lines of Sodium

Anomalous Zeeman effect

Assignment for Zero-Field Splitting Similar to the Zeeman Term

Assignment for Zero-Field Splitting the Zeeman Term

Atomic absorption spectrometry Zeeman background correction

Background Zeeman

Background Zeeman effect

Background correction Methods achieving Zeeman effect

Background correction continuum source Zeeman

Calculated Zeeman patterns for the perturbed rotational levels of CN

Coherence Zeeman

Correction spin-orbit Zeeman gauge

Crystal Zeeman effect

Diamagnetic Zeeman effect

Direct Zeeman AAS

Effective Zeeman Hamiltonian

Electron Zeeman

Electron Zeeman interaction

Electron Zeeman interaction, basic

Electron Zeeman terms

Electron Zeeman-resolved EPR

Electron paramagnetic resonance Zeeman splitting

Electronic Zeeman energy

Electronic Zeeman interaction

Electronic Zeeman interaction energy matrices

Electronic Zeeman interaction high-spin systems

Electronic Zeeman interaction magnetic resonance

Electronic Zeeman interaction resonance condition

Electronic Zeeman interaction spectrometer

Electronic structure Zeeman effect

Energy state Zeeman levels

First-order Zeeman effect

First-order Zeeman splitting

First-order Zeeman splitting orbitals

Graphite furnace technique Zeeman background correction

Hamiltonian operator Zeeman effect

Heartbeat Zeeman model

High spins Zeeman interaction

High spins electronic Zeeman interaction

Hyperfine and Quadrupole Coupling Constants. Zeeman Parameters

Hyperfine coupling nuclear Zeeman interaction

Interaction orbital Zeeman

Inverse Zeeman AAS

Laser Zeeman spectroscopy

Level crossing Stark-Zeeman

Level crossing Zeeman

Light Zeeman coherence

Liquid crystals, Zeeman relaxation

Lorentz Zeeman effect)

Magnetic circular dichroism Zeeman splitting

Magnetic field Zeeman effect

Magnetic field Zeeman interaction

Magnetic field effects Zeeman splitting

Magnetic resonance Zeeman resonances

Matrix Zeeman

Matrix Zeeman interaction

Matrix elements Zeeman perturbation

Metals, determination Zeeman atomic absorption

Metals, determination Zeeman atomic absorption spectrometry

Methods achieving Zeeman effect

Mossbauer Zeeman effect

Mossbauer Zeeman spectra

Mossbauer spectroscopy Zeeman splitting

Nonlinear Zeeman-shifts

Normal Zeeman effect

Nuclear Zeeman

Nuclear Zeeman Hamiltonian

Nuclear Zeeman effect

Nuclear Zeeman frequency

Nuclear Zeeman interaction

Nuclear Zeeman interaction, basic

Nuclear Zeeman splitting

Nuclear Zeeman terms

Nuclear magnetic resonance Zeeman effect

Operator Zeeman electronic

Orbital Zeeman

Orbital Zeeman operator

Orbital Zeeman term

Parallel Zeeman spectrum

Perpendicular Zeeman effect

Perturbation theory Zeeman effect

Quantum beat Zeeman

Rotational Zeeman effect

Rotational Zeeman interaction

Rydberg States and the Zeeman Effect

Second-order Zeeman effect

Simulation Zeeman term

Solid Sampling Zeeman Atomic

Solid sampling Zeeman atomic absorption spectrometry

Spin Hamiltonian electronic Zeeman interaction

Spin Zeeman term

Spin-Hamiltonian parameters Zeeman term

Spin-Zeeman interaction

Splitting patterns Zeeman effect

Splitting, Zeeman

Subject Zeeman

Subject Zeeman electronic

Subject Zeeman interactions

Subject Zeeman spin

Subject Zeeman term

Subject Zeeman, electron-nuclear

Systems magnetic resonance Zeeman term

The Anomalous Zeeman Effect

The Electron Zeeman Interaction

The Electron Zeeman Term

The Nuclear Zeeman Interaction

The Zeeman Effect

The Zeeman electronic effect

The Zeeman term

The meaning of dipolar and Zeeman order

Theory Zeeman Hamiltonian

Transverse AC Zeeman AAS

Triplet excitons Zeeman splitting

Zeeman AAS

Zeeman Broadening

Zeeman Dependence of Hyperfine Spectra

Zeeman Effect, g Factors

Zeeman Hamiltonian

Zeeman Hamiltonian energies

Zeeman Mossbauer spectroscopy

Zeeman Splitting (Bo

Zeeman and Stark Effects

Zeeman atomic absorption

Zeeman atomic absorption spectrometry

Zeeman atomic absorption spectrometry ZAAS)

Zeeman atomic absorption spectrometry instrumentation

Zeeman atomic spectroscopy

Zeeman background correction

Zeeman background corrector

Zeeman coefficients

Zeeman coherance

Zeeman collision-induced

Zeeman correction method

Zeeman coupling

Zeeman effect

Zeeman effect 7-value

Zeeman effect Hamiltonian, spin

Zeeman effect anticrossing

Zeeman effect approximation

Zeeman effect background correction

Zeeman effect background correction atomic

Zeeman effect background correction atomic absorption

Zeeman effect electron

Zeeman effect energy separation/splitting

Zeeman effect instruments

Zeeman effect lifetime

Zeeman effect longitudinal field

Zeeman effect measurements

Zeeman effect quantum beat

Zeeman effect relative intensities

Zeeman effect resonance spectroscopy

Zeeman effect-earth field

Zeeman effect/interaction

Zeeman electronic

Zeeman electronic effect

Zeeman energie

Zeeman energy

Zeeman energy Hamiltonian, electronic

Zeeman energy exchange

Zeeman energy level, Hamiltonian

Zeeman energy levels

Zeeman energy nuclear

Zeeman energy pattern

Zeeman energy spin states

Zeeman energy splitting

Zeeman enhanced nuclear

Zeeman factors

Zeeman field

Zeeman frequencies

Zeeman frequencies splitting

Zeeman graphite furnace atomic absorption

Zeeman hyperfine structure

Zeeman interaction

Zeeman interaction cubic system

Zeeman interaction electron-nuclear double resonance

Zeeman interaction energy

Zeeman interaction energy matrices

Zeeman interaction resonance condition

Zeeman interaction term

Zeeman interaction, enhanced

Zeeman interactions classical

Zeeman interactions quantum

Zeeman levels

Zeeman lines

Zeeman magnetization

Zeeman modulation

Zeeman operator

Zeeman order

Zeeman order relaxation

Zeeman parallel

Zeeman pattern

Zeeman pattern for

Zeeman perpendicular

Zeeman perturbations

Zeeman precession frequency

Zeeman quadratic shift

Zeeman quantum number

Zeeman region

Zeeman relaxation

Zeeman relaxation time

Zeeman second-order

Zeeman shift

Zeeman slower

Zeeman spectra

Zeeman spectroscopy

Zeeman spin levels

Zeeman spin-lattice relaxation time

Zeeman splitting constant

Zeeman splitting exchange interactions

Zeeman splitting factor

Zeeman splitting paramagnetic resonance spectroscopy

Zeeman state

Zeeman sublevels

Zeeman system

Zeeman term

Zeeman transition

Zeeman tuning

Zeeman, Erik Christopher

Zeeman, Pieter

Zeeman-correction

Zeeman-perturbed NQR

Zeeman-quadrupolar Hamiltonian

Zeeman-quadrupole Hamiltonian

Zeeman-quadrupole interactions

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