Sentence examples for right viscosity from inspiring English sources
The tomato sauce — which was thickened with xanthan gum to achieve the right viscosity — proved more challenging.
"Initially the reason I chose to make yogurt in-house was because I couldn't get the tartness I was looking for in the commercial versions I tried, and was having issues getting the right viscosity," Hogan told me.
The solvents should provide right viscosity as needed for a chosen printing technique, wet the surface of a recipient, and not damage the GMR flakes.
The steady seepage model can be simplified in the form below after considering gravity in the vertical direction (Liu 2006): Delta p + rho g = - mu frac{v}{k} (1 where the first term on the left represents the dynamics produced by the pressure difference, the second term is gravity, and the term on the right-hand side is viscosity loss.
Figure 20 Depth of plastic zone determined by the yield stress (right) and the drop in viscosity due to the yield stress (right).
The coefficients in the following equations were achieved using nonlinear optimization technique and least square method in MATLAB programming software (2010A) with the aim of achieving maximum R-square: mu = a_{1} exp left( {a_{2} T} right), (3)where μ is viscosity in mPa s and T is absolute temperature in K. Constants, a1 and a2, are dimensionless and achieved through optimization.
Using a combination of the built-in UV detector measuring at 280 nm and a sequential refractive index (RI), intrinsic viscosity (IV), and right-angle light scattering detection (TDA 302, Viscotek Corp., Houston, TX, USA) the MW and hydrodynamic radius of eluting peaks were determined.
Thus, to account for the effect of fluid viscosities in the scaling equations, they used the empirical term of geometrical mean (left( {sqrt {mu_{text{w}} mu_{text{nw}} } } right)) instead of the wetting phase viscosity in Eq. 9.
With periodic boundary conditions quadratic velocity profiles can be constructed and from the mean velocities of the right and left half systems the shear viscosity can be easily extracted.
It can be expressed as F_{text{D}} = - frac{1}{2}C_{text{d}} rho Avleft| v right| (11 where C d is the viscosity drag coefficient; v is the relative velocity between the vertical velocity of sea water and that of the float; and A is the float's cross-sectional area perpendicular to the water plane.
The intrinsic viscosity of ( left[ eta right] ) in Eq. (1) was 2.5 assuming the shape of individual fine aggregate particles as non-colloidal spheres.
