Investigation of the self-diffusion of molecules in water-nonelectrolyte mixtures by the spin echo method

Emel'yanov, M. I.; Nikolaev, I. N.; Samigullin, F. M.

doi:10.1007/bf00744554

Cited by 3 publications

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“…They were placed beside information that was not explicitly given in the references, but reasonably supposed by us. This is the case of Emel'yanov et al, 316 who did not mention the experimental technique, but we attributed the SFG to these authors on the basis that two of them used it in a similar paper published some months later; 317 or of the temperature of Valiev et al, 318 which was selected because the self-diffusion of water was identical to that measured by them at 293.16 K in another work also of the same year. 319 The temperature at which Van Gelderen et al 236 performed their experiments was determined after comparison of their points with those of other researchers, and the pressure limit for the alkanes of McCall et al 320 in Table 6 was established in 55.…”

Section: Introductionmentioning

confidence: 97%

Self-Diffusion in Molecular Fluids and Noble Gases: Available Data

et al. 2015

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Experimental self-diffusivities of gases, vapors, and liquids obtained by means of tracer techniques and nuclear magnetic resonance are reviewed. The considered substances range from noble gases and simple diatomics (nitrogen, oxygen, carbon monoxide, etc.) to complex organic molecules, such as phenolphthalein dimethyl ether and 2-(α-methylbenzylamino)-5-nitropyridine, although polymers have not been included. Some comments on the applicability of neutron scattering to the determination of self-diffusion coefficients are also made. All the experimental results of the investigated systems are given as Supporting Information, whereas the references, temperatures, and pressures of these data and the main features of the measurement methods are compiled and classified.

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