Results 231 to 240 of about 44,711 (268)
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Modulation broadening of spin resonance in metals
British Journal of Applied Physics, 1965The effect of the modulation amplitude M on the true linewidth ΔH and on the displacement δH of the position of the peak signal relative to the resonant magnetic field is considered for magnetic resonance in samples of metals with dimensions large compared with the skin depth in the region of the classical skin effect.
J E Cousins, R Dupree, R L Havill
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The Dipolar Broadening of Magnetic Resonance Lines in Crystals
Physical Review, 1948In regular crystals, the width of the absorption lines arising from the magnetic moment of the electron or nucleus is caused primarily by the interaction between the magnetic dipoles. It is prohibitively difficult to determine the precise shape of the absorption line theoretically, but the invariance of the diagonal sum in quantum mechanics permits the
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Exchange Broadening in Nuclear Magnetic Resonance
The Journal of Chemical Physics, 1958A general theory of the nonsaturated NMR spectra of chemically exchanging molecules is formulated. As an example the case of a molecule with two nonequivalent protons exchanging with a molecule with one proton is worked out in detail. Connection is made with previous theories by taking limiting expressions of the general results.
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The self-broadening of the resonance lines of lithium
Journal of Quantitative Spectroscopy and Radiative Transfer, 1966Abstract The half-width of the line 2S−2P emitted in the radiation from an exploded wire was measured as 170A, which is larger than the theoretical value by a factor of about 103.
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Anharmonic Broadening of Resonant Modes
Solid State Communications, 1967K.H. Timmesfeld, H. Bilz
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Inhomogeneous broadening of ferromagnetic resonance lines
Physics Letters A, 1978Abstract The width of the ferromagnetic resonance line is calculated assuming that the local, effective magnetic field is inhomogeneous. The secondary scattering processes for magnons are taken into account by the Green's function method in the case of strong inhomogeneity.
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Inhomogeneous broadening of paramagnetic resonance lines
Physica, 1967Abstract A quadratic relation is deduced between the experimental and the ideal line width for the case of broadening by inhomogeneity of the static magnetic field. A Lorentz shape is assumed for the ideal line but partial saturation in the Bloch equations is admitted.
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Spin-Exchange Broadening of the Magnetic MX Resonance in Cesium
Technical Physics Letters, 2021Vershovskii A K +2 more
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