nuclear spin-lattice relaxation
Probing the Nuclear Spin-Lattice Relaxation Time at the Nanoscale
... the nuclear spin-lattice relaxation rate 1=T 1 ...the nuclear spin precession due to the coupling to the electron ...dynamical spin susceptibility of the electron system, ...
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Nuclear spin lattice relaxation times in metals
... dipolar spin-lattice relaxation times in pure ...dipolar relaxation times were measured as a function of temperature in Al^, Cu, V, Cd^^ and ...have nuclear spin > so they ...
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AND ITS INVENTIONAL OF NUCLEAR AND FERROMAGNETIC RELAXATION
... 55 nuclear spin- lattice relaxation, and the ferromagnetic resonance linewidth have been studied in the same single crystal of ferromagnetic as a function of the ...
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Xenon Water Interaction in Bacterial Suspensions as Studied by NMR
... using nuclear magnetic resonance (NMR). The work studied how the spin-lattice relaxation times of water protons in suspension change under xenon ...NMR relaxation times which reflect ...
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Salt enhanced solvent relaxation and particle surface area determination via rapid spin-lattice NMR
... of nuclear magnetic relaxation measurements (NMR relaxometry) for the in situ determination of particle surface area, in the presence of high electrolyte ...to relaxation measurements for titanium ...
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Analysis of Dielectric Relaxation Times by Microwave Absorption Technique and Correlation with NMR Spin Lattice Relaxation Times for Mixtures of Organic Solutes
... NMR spin lattice relaxation behavior provides instantly recognizable proof of the molecular rotation, group orientations and phase transitions in the sample ...Bio Spin International AG, ...
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Examine of Dielectric Relaxation Times by Microwave Absorption and Correlation with NMR Spin Lattice Relaxation Times for Mixtures of Alcohols
... NMR spin lattice relaxation behavior provides instantly recognizable proof of the molecular rotation, group orientations and phase transitions in the sample ...Bio Spin International AG, ...
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Imaging of Nuclear Magnetic Resonance spin-lattice relaxation activation energy in cartilage
... NMR relaxation times, this can be interpreted as an energy barrier for the relaxation process to ...occur. Spin–lattice relaxation in biological samples results predominately from ...
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Nuclear spin relaxation in conducting liquids
... other hand the outstanding feature of the measurements reported here is the enhancement of the 125Te spin-lattice relaxation rates which has been observed in Te-Tl alloys Ilt1ar to the c[r] ...
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Calculation of ESR Spin- Spin Relaxation Times (1/T_2) Transition Metal Ion Complexes: A DFT Application
... the spin states. Slow spin-lattice relaxation, which frequently occurred in systems containing free radicals, especially at low temperatures, might cause saturation of the spin system ...
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Imaging of Nuclear Magnetic Resonance spin-lattice relaxation activation energy in cartilage
... For samples #1 - #3 and #5 - #7, this was either slice 4 or 5, in the centre of the imaging package the exact number depended on the total number of slices used, which varied due to the [r] ...
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Competition of lattice and spin excitations in the temperature dependence of spin wave properties
... The interaction of ionic vibrational and magnetic degrees of freedom (magnon-phonon coupling or MPC) influences many physical properties in magnetic and strongly correlated materials. Beyond providing a playground to ...
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A Mössbauer study of spin relaxation of ⁵⁷Fe ions
... the nuclear levels arc very sensitive to minor distortions in the spatial symmetry around the Fe ions and shows a need for caution in deducing vttucUual details from impurity ...
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Dynamics of a mesoscopic nuclear spin ensemble interacting with an optically driven electron spin
... electron spin dephasing occurring over a few nanoseconds as a consequence of precession in the slowly changing nuclear Overhauser field is well understood and measured ...the nuclear spin bath ...
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A Quantum Full Adder for a. Scalable Nuclear Spin Quantum Computer
... Note, that any pulse in our simulations acts on all basic states in the quantum superpo- sition. The resonant state transforms into a state with the opposite direction of the resonant spin. Every non-resonant ...
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Lattice relaxation in molecular crystal packing calculations
... The fitting procedure used to derive the potential parameters ensures that the difference between the attractive and repulsive contributions to the total potential energy is 'correct' wh[r] ...
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On classical and quantum lattice spin systems
... these conjectures should indeed be true. First, we define a stochastic process which is an effective split-merge process for loops – this allows us to estimate the value of ϑ, the parameter identifying the PD(ϑ) ...
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Nuclear lattice simulations
... fixed lattice spacing we constrain the two un- known coefficients by fitting to the triton binding energy and spin-doublet nucleon-deuteron scattering phase shifts via L¨uscher’s finite volume formula ...
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Spin relaxation through Kondo scattering in Cu/Py lateral spin valves
... come dominant[17]. We see exactly this with a crossover between the two regimes around 4 K as shown in Figure 5. It is at this temperature that the original description by Kondo[18] using second order perturbation theory ...
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Spin relaxation through Kondo scattering in Cu/Py lateral spin valves
... the spin current within LSVs of different purity Cu, the contributions to momentum relaxation from impurities, phonons, and the Kondo effect are ...the spin-relaxation rates through an ...
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