Sentence examples for function of temperature in the sol from inspiring English sources
The Young's modulus and the loss and storage moduli are measured as a function of temperature in the sol and gel phases.
This study looks to investigate the rates of coarsening of elemental sulfur formed as hydrophobic and hydrophilic sols, as a function of temperature, pH, and considering the effect of ionic and nonionic lipid molecules.
There is a distinct increase in the storage modulus of the two formulations as a function of temperature with an obvious sol−gel transition temperature occurring at approximately 16 °C.
The G′ and G″ measured over the cooling and heating cycles (Fig. 4a) confirms that shellac oleogel shows reversible gel to sol transformation as a function of temperature.
The magnetization as a function of temperature and applied magnetic field of TiO2 nanopowders doped with 1, 5 and 10 mol% Fe and prepared by sol gel method in two different ways has been measured in the wide temperature and magnetic field range.
The reversible gel-sol transformation of samples can be studied by following the values of tan δ (G′ /G″) plotted as a function of temperature for both heating and cooling steps (Fig. 9d).
Figure2 shows the TEM image of GNPs in the sol.
With further increase of temperature to upper critical gelation temperature (UCGT), the sol phase occurs.
After incubated in water bath at 4°C for 20 minutes, the hydrogel samples were slowly heated at a rate of 0.5°C/min, from 4°C to the temperature when the sol states occurred again.
The effect of temperature on the process of silver sol formation is demonstrated in Figure 4.
