Figures & data
Figure 1. Ranges of viscosities that can be measured by ME45 Sensor System as a function of shear rate.
![Figure 1. Ranges of viscosities that can be measured by ME45 Sensor System as a function of shear rate.](/cms/asset/41cac679-b470-480a-8a16-45812bcd9b5b/ianb19_a_27453_uf0001_b.gif)
Figure 2. Comparison of measured (symbol) and reported (line) viscosities of aqueous solutions of glycerin (Sample I: 18 g glycerin, 82 g water, Sample II: 36 g glycerin, 64 g water, Sample III: 52 g glycerin, 48 g water) over shear rate range 50–300 s−1.
![Figure 2. Comparison of measured (symbol) and reported (line) viscosities of aqueous solutions of glycerin (Sample I: 18 g glycerin, 82 g water, Sample II: 36 g glycerin, 64 g water, Sample III: 52 g glycerin, 48 g water) over shear rate range 50–300 s−1.](/cms/asset/e3e4aada-5812-48e4-8210-ff5cec452349/ianb19_a_27453_uf0002_b.gif)
Table 1. Average viscosity of sheep blood samples at the different hematocrits and PFE concentrations
Table 2. The consistency indices and the non-Newtonian indices for the power law model fit for swine blood