V. P. Tarasov

Spin-rotation interaction in fullerite C60

We report on the

NMR spectra and translational diffusion of protons in crystals with hydrogen bonds

{}^{13}\mathrm{C}

2H and 47, 49Ti nuclear magnetic resonance in the γ phase of titanium deuterides TiDx

spin-lattice relaxation times in polycrystalline fullerite

Angular dependence of the Knight shift, electric field gradient, and spin-lattice relaxation time of 9Be NMR in beryllium metal

{\mathrm{C}}_{60}

2H NMR of Deuterofullerites C60D x

measured over the temperature range 295\char21{}1000 K. At temperatures above 470 K, spin-lattice relaxation is dominated by the spin-rotation interaction. From an analysis of temperature dependence of

99Tc NMR of Technetium and Technetium - Ruthenium Metal Nanoparticles

{T}_{1}{(}^{13}\mathrm{C}),

Kinetics of Formation of Metallic Aluminum upon Thermal and Photolytic Decomposition of Aluminum Trihydride and Trideuteride as Probed by NMR

the spin-rotation constant is determined using J and M models of rotational diffusion:

99Tc NMR of Supported Technetium Nanoparticles

{C}_{J}\ensuremath{\simeq}\ensuremath{-}51 \mathrm{Hz}

Electric Field Gradients in Beryllium Hydride

and

2 H and 47, 49 Ti nuclear magnetic resonance in the ? phase of titanium deuterid

{C}_{M}\ensuremath{\simeq}\ensuremath{-}29 \mathrm{Hz}.