Sentence examples for kerosene viscosity from inspiring English sources

Both volatilisation- and temperature-induced changes in kerosene viscosity and conductivity were studied in two of the soils.

The conductivity with regard to four different kerosene mixtures, corresponding to different degrees of volatilisation of the original kerosene, was determined in one set of soils; an increasing degree of volatilisation implies less lighter kerosene compounds, changing both kerosene viscosity and its chemical composition.

For the oil with low viscosity, such as kerosene, most of the oil is sorbed in worm-like particles.

Finally viscosities of a kerosene kind hydrocarbon fuel were measured using the two-capillary viscometer at temperature from (303.2 to 513.2) K and supercritical pressures of (3.00 and 4.00) MPa.

Adjust the mass ratio of the kerosene to crude oil until the viscosity of the oil mixture measured at 158 °K is 1.4 mPa s.

The simulated oil used was a mixture of kerosene and dehydrated crude, with a viscosity of 65 mPa s at 25 °C.

It was found that kerosene-dilution can significantly reduce the viscosity of Shengli heavy oil, and the viscosity reduction rate varies little with temperature rises.

For the chemically different kerosene mixtures, the changes in conductivity agreed with the corresponding viscosity changes only in inert sands.

Get the oil mixture by mixing the kerosene and crude oil in different mass ratios, and the viscosity of the oil mixture is measured at 158 °K.

Ground dehydration degassed oil and kerosene were mixed at a volume ratio of 5 1 to maintain consistent viscosity between the simulated oil and the crude oil in the reservoir.

The deviations between the conductivity ratio and the viscosity ratio were also found to increase with increasing differences in kerosene chemical composition.