Sulfur concentration in powder over 200 ppm leads to sizeable viscosity rising of electrode pastes for screen printing that complicates the process of capacitor manufacturing [7,8].
It shows that increasing the GnP concentration results in the rise of viscosity at both low and high shear rates.
From the results obtained on recalibration of the INRiM viscometers and the comparisons made with other independent laboratories, it is concluded that the present scale is realized with an uncertainty of about 0.2% at low viscosities rising to about 0.8% at high viscosities.
Diabetes was positively associated with greater estimated whole blood viscosity, rising from 11.2 per 1,000 person-years in the lowest quartile of estimated blood viscosity to 20 per 1,000 person-years in the highest quartile.
In saline solvents the changes of the viscosities with rising polymer concentration depend strongly on the chemical nature of the salt and on the molecular architecture of the solute.
Ding et al. [45] also detected a rise in viscosity of nanofluids with the rise in CNT concentration.
The temperature dependencies of the data obtained in this manner demonstrate that the viscosity of PBMA rises upon cooling as expected according to the WLF equation, whereas the increase is lower by several orders of magnitude for PMMA and PVAc.
It is well known that the viscosity of ferrofluids rises if a magnetic field is applied, where the rise depends on shear rate and magnetic field strength.
With the rise of oil viscosity, the TPG of heavy oil is increased gradually.
They indicated a rise of relative viscosity with nanoparticle aggregation and their measurement fits the modified Krieger Dougherty model.
