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Magnetization relaxation

B1.15.2.2 THERMAL EQUILIBRIUM, MAGNETIC RELAXATION AND LORENTZIAN UNESHAPE... [Pg.1551]

Hertz, H. G. Nuclear Magnetic Relaxation, in Water — a Comprehensive Treatise, (ed. Franks, F.), Vol. 3, chapter 7, New York, Plenum Press 1973... [Pg.33]

Hubbard P. S. Theory of nuclear magnetic relaxation by spin-rotational interactions in liquids. Phys. Rev. 131, 1155-65 (1963). [Pg.280]

The theory of the effect of magnetic relaxation on the shape of MSssbauer spectra has been discussed at length by Wickmann (6). Wickmann wrote the MSssbauer absorption intensities 1(E) as a function of energy (E) for a pair of equivalent, allowed transitions to be ... [Pg.519]

Thus, the starting parameters for the computer-simulation of spectrum IB were chosen to agree with the value of hyperfine fields at 613 K as measured by Rlste and Tenzer, using neutron scattering measurements (36). In addition, the magnetic relaxation rate depends on temperature, as discussed in the Theory section of this paper. [Pg.526]

Fig. 5.1.8 MRM maps of velocity (bottom row) resolution is 54.7 im per pixel (128 x 128 -and T2 magnetic relaxation (top row) as a pixels) in plane, so the data reflect pore scale function of biofilm growth time (left to right), spatial distributions of velocity over a 1000-pm Day 1 shows the clean porous media. Spatial slice and biomass over a 200-gm slice. Fig. 5.1.8 MRM maps of velocity (bottom row) resolution is 54.7 im per pixel (128 x 128 -and T2 magnetic relaxation (top row) as a pixels) in plane, so the data reflect pore scale function of biofilm growth time (left to right), spatial distributions of velocity over a 1000-pm Day 1 shows the clean porous media. Spatial slice and biomass over a 200-gm slice.
IL Claeys, FH Arnold. Nuclear magnetic relaxation study of hindered rotational diffusion in gels. AIChE J 35 335-338, 1990. [Pg.555]


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See also in sourсe #XX -- [ Pg.696 , Pg.697 , Pg.698 , Pg.699 ]




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Anisotropic particles magnetic moment relaxation

Binding to Cytochrome c Studied by Nuclear Magnetic Quadrupole Relaxation

Carbon-13 spin-lattice magnetic relaxation

Diffusion measurements nuclear magnetic relaxation

Direct magnetic relaxation

Intrinsic nuclear magnetic relaxation

Introduction to Magnetic Relaxation

Magnetic Ordering and Paramagnetic Relaxation in Heavy Fermion Superconductors

Magnetic Relaxation Phenomena

Magnetic Relaxation in Lanthanide Containing Complexes

Magnetic anisotropy relaxation

Magnetic dipole relaxation

Magnetic moment, ferromagnetic relaxation

Magnetic relaxation

Magnetic relaxation Orbach process

Magnetic relaxation Raman processes

Magnetic relaxation direct processes

Magnetic relaxation dispersion (MRD

Magnetic relaxation dispersion:

Magnetic relaxation principles

Magnetic relaxation rate

Magnetic relaxation rate protons, water

Magnetic relaxation spectra

Magnetic relaxation, quantum statistical

Magnetic resonance imaging relaxation agents

Magnetic resonance imaging relaxation time

Magnetic resonance imaging relaxivity

Magnetic resonance relaxation mechanisms

Magnetic susceptibility relaxation

Magnetization and Relaxation Processes

Magnetization partially relaxed

Magnetization transfer relaxed

Microscopic nuclear magnetic relaxation

Molecular magnetic materials relaxation

Molecular magnetic materials spin-lattice relaxation

Neel magnetic relaxation

Nuclear Magnetic Resonance and Dielectric Relaxation

Nuclear Magnetic Resonance, spin lattice relaxation

Nuclear magnetic dipole relaxation theory

Nuclear magnetic relaxation

Nuclear magnetic relaxation and molecular reorientation

Nuclear magnetic relaxation dispersion

Nuclear magnetic relaxation dispersion NMRD)

Nuclear magnetic relaxation dispersion NMRD) profile

Nuclear magnetic relaxation dispersion dynamics

Nuclear magnetic relaxation dispersion studies

Nuclear magnetic relaxation principles

Nuclear magnetic relaxation, recent

Nuclear magnetic relaxation, recent problems and progress

Nuclear magnetic resonance cross relaxation

Nuclear magnetic resonance cross-relaxation rates

Nuclear magnetic resonance relaxation

Nuclear magnetic resonance relaxation data analysis

Nuclear magnetic resonance relaxation methods

Nuclear magnetic resonance relaxation parameter measurement

Nuclear magnetic resonance relaxation processes

Nuclear magnetic resonance relaxation rate

Nuclear magnetic resonance relaxation time acquisition

Nuclear magnetic resonance relaxation time, chemical

Nuclear magnetic resonance relaxation times

Nuclear magnetic resonance spectroscop relaxation effects

Nuclear magnetic resonance spectroscopy carbon 13 relaxation

Nuclear magnetic resonance spectroscopy combined relaxation

Nuclear magnetic resonance spectroscopy relaxation

Nuclear magnetic resonance spectroscopy relaxation mechanisms

Nuclear magnetic resonance spectroscopy relaxation parameters

Nuclear magnetic resonance spectrum relaxation

Nuclear magnetic resonance spin-lattice relaxation time

Nuclear magnetic resonance, heteronuclear relaxation

Nuclear magnetic resonance-proton relaxation

Phosphorus magnetic relaxation measurements

Proton nuclear magnetic relaxation

Proton nuclear magnetic relaxation time

Proton nuclear magnetic relaxation time measurements

Relaxation in Magnetic Nanoparticles

Relaxation magnetization transfer

Relaxation of magnetization after a pulse

Relaxation rates, single molecule magnetism

Relaxation time, single-domain magnetic

Relaxation type magnetic loss

Relaxation water, magnetic

Slow Magnetic Relaxation and Phonon Bottleneck Effects

Slow magnetic relaxation

Spin-lattice magnetic relaxation times

Spin-lattice relaxation magnetic resonance

Spin-rotation nuclear magnetic relaxation

The magnetic relaxation dispersion

Transverse Relaxation During the Magnetization Transfer Steps

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