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It is known that as temperature increases, surface tension decreases.
In both systems the interfacial tension decreases with increasing pressure.
The trend of the boreholes to fail in tension decreases with the degree of anisotropy, k.
For the surfactant-polymer system, the interfacial tension decreases rapidly at the early times.
As temperature increases, liquid density decreases, and subsequently, surface tension decreases.
Surface tension decreases with increases in concentration of nanoparticle and temperature [98 100].
Similar(16)
And the surface tension decreased as an increase in temperature.
The maximum and the final spread factor increase as the surface tension decrease.
The oil reservoirs were re-pressurized and pH and surface tension decreased, which contributed to the IMEOR process.
Thus, the surfactant adsorption amount at the oil/water interface was cut, which resulted in the interfacial tension decrease.
They found that the surface tension behavior of TiO2 water nanofluid was the same as water viz. the surface tension decreased as the temperature increases.
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