Meanings of lattice relaxation in English

Electron spin- lattice relaxation was measured by the pulse saturation method.

Solid-echo line shape, two-dimensional spectrum, and spin- lattice relaxation were analyzed.

Spin- lattice relaxation rates were also measured for Boltzmann (129)Xe in myoglobin.

Hydration is seen in diffusion data, in spectra and in spin- lattice relaxation of the water molecules.

The existing theories of electron spin- lattice relaxation via local resonance mode are critically reviewed and compared with experimental data.

On the other hand, a spin-fluctuation contribution to the spin- lattice relaxation rate is only observed below T_{s}.

Electron spin- lattice relaxation rate is determined by electron spin echo method in temperature range 4-60K.

Combination of spin- lattice relaxation, line-shape, and stimulated-echo analyses allows us to determine correlation times in very broad time and temperature ranges.

The theories of electron- lattice relaxation governed by exchange interaction are outlined for extended spin systems, for clusters and for individual dimers.

The electron spin echo dephasing is dominated by an instantaneous diffusion at low temperatures and by the spin- lattice relaxation processes above 18K.

Proton spin- lattice relaxation rate changes induced by freely diffusing oxygen in aqueous and mixed solvents are reported for representative amino acids and glucose.

Solute-induced enhancement of the (129)Xe spin- lattice relaxation rate was observed and depended on the size and structure of the solute molecule.

The significant increase of the apparent spin- lattice relaxation rate of the solution phase (129)Xe by alpha-cyclodextrin and apomyoglobin indicates efficient cross relaxation.

The spin- lattice relaxation rate below T(c) exhibits a pronounced coherence peak and follows the weak-coupling BCS theory with nearly isotropic energy gap.

The NMRD experiments refer to (1)H spin- lattice relaxation measurements in a broad frequency range (10 kHz-20 MHz).

The spin- lattice relaxation in the liquid viscous state determined from the resonance line shape is governed by three mechanisms occurring during isotropic molecular reorientations.