Titlebook: Water in Biological Systems; Volume 2 M. F. Vuks,A. I. Sidorova Book 1971 Springer Science+Business Media New York 1971 Vibration.alcohol.a

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Concentration Fluctuations and Light Scattering in Aqueous Solutions of Propyl Alcohols,r. The additional light scattering in solutions is due to concentration fluctuations, which are related to the Gibbs excess thermodynamic potential in the following manner:.where . is the mean square fluctuation in the molar concentration in an element of volume v, x. and x. are the molar proportion

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Interpretation of the Spectrum of Ice and Water in the Valence- and Deformation-Vibration Regions, fact that specimens with a thickness of about 1 . must be prepared and that the interference within the layer, as well as the selective reflection, must be taken into account. Raman spectroscopy is therefore generally employed to study the vibration spectra of ice, water, and aqueous solutions. How

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Concentration Fluctuations and Light Scattering in Aqueous Solutions of Propyl Alcohols,r. The additional light scattering in solutions is due to concentration fluctuations, which are related to the Gibbs excess thermodynamic potential in the following manner:.where . is the mean square fluctuation in the molar concentration in an element of volume v, x. and x. are the molar proportion

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Interpretation of the Spectrum of Ice and Water in the Valence- and Deformation-Vibration Regions, fact that specimens with a thickness of about 1 . must be prepared and that the interference within the layer, as well as the selective reflection, must be taken into account. Raman spectroscopy is therefore generally employed to study the vibration spectra of ice, water, and aqueous solutions. How

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,Chemical Proton Shifts in H2O–D2O Solutions,ucture and on the nature of their intermolecular interactions. It is now thought that the displacement of the proton signal toward higher yield strengths when the temperature is raised is due principally to weakening or complete rupture of the hydrogen bonds [1, 2]. This affords new opportunities fo

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,Chemical Proton Shifts in H2O–D2O Solutions,ucture and on the nature of their intermolecular interactions. It is now thought that the displacement of the proton signal toward higher yield strengths when the temperature is raised is due principally to weakening or complete rupture of the hydrogen bonds [1, 2]. This affords new opportunities fo

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Self-Diffusion in Aqueous Solutions of Amino Acids, Peptides, and Proteins,se method for measuring self-diffusion constants on the basis of the spin echo phenomenon [1, 2]. The most fruitful investigations of aqueous solutions have been those of K. A. Valiev et al. (e. g., [3]) and the work of Douglas and McCall [4], who measured the self-diffusion constants of water in el

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Use of Infrared Absorption Spectroscopy to Investigate the Influence on Water Structure of a Numberreason that most researchers who have studied the effects of low temperatures on biological systems have directed their efforts at seeking compounds that will protect tissues against the action of cold. A number of valuable practical results were obtained in using glycerol as a protective substance