The excess molar volumes V~E of {trichloromethane +1,3,5_trimethylbenzene,trichloromethane + 1,2,4_trimethylbenzene,nitrobenzene + 1,3,5_trimethylbenzene,nitrobenzene + 1,2,4_trimethylbenzene} were determined in the whole range of composition using a vibrating_tube densimeter at 298\^15 K.

The excess molar volumes of {1,8-cineole+CCl 4, +CHCl 3} were determined as a function of mole fraction x using a vibrating-tube densimeter at the temperatures 298 15 and 308 15K All mixtures exhibit negative values over the entire composition range at both temperatures.

Excess molar volumes V E m for methyl tert-butyl ether-benzene at 293 15K?298 15K?303 15K?308 15K?313 15K?318 15K and methyl tert-butyl ether-methylcyclohexane at 293 15K?298 15K?303 15K?313 15K have been calculationed from densities measured with a specific gravity balance.

Calculating the molar volume of alkyne using the quantitative structure-property relationship;

Calculating the molar volume of monoolefins and diolefins using the quantitative structure property relationship;

It is found()~mX highly correlated with the molar volume and molar diopter of alkanes.

Calculation of partial molar volume of components in supercritical ammonia synthesis system;

15 K were determined and transfer partial molar volumes from water to aqueous urea were derived.

The partial molar volumes of the solutes were calculated based on the relationship between the concentrations of the solutes and the densities of the mixtures.