Examples of 'complex viscosity' in a sentence
Meaning of "complex viscosity"
complex viscosity: This term is used in physics and chemistry to describe a material's resistance to flow and deformation under applied stress, considering both the viscous and elastic components
How to use "complex viscosity" in a sentence
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complex viscosity
The imaginary part of the complex viscosity.
Complex viscosity is plotted on a linear scale.
Starting complex viscosity.
Complex viscosity is a measure of the resistance to gradual deformation of a given liquid state composition.
GO is then obtained by dividing the complex viscosity by Tau.
The complex viscosity values of the two tests are compared.
Dynamic viscosity measurement is carried out for determining complex viscosity n *.
This complex viscosity is obtained using a rheometer to apply an oscillation experiment.
G0 is then obtained by dividing the complex viscosity by Tau.
The complex viscosity and complex modulus were obtained as a function of the frequency.
In zone II, a sharp increase in complex viscosity appears as temperature is dropped.
Complex viscosity is generally determined using the so-called oscillatory measurement.
Table 1, Determination of complex viscosity of hydrogel prepared to.
Complex viscosity is a frequency-dependent viscosity function determined during forced harmonic oscillation of shear stress.
Specifically, Figure 3 is a plot of the complex viscosity as a function of frequency at 190 °C.
See also
The complex viscosity profiles are shown in Figure 1.
Figure 5 is a graph of the complex viscosity versus time for Slurry 3 of the present invention.
The complex viscosity curves as a function of angular frequency are presented in Figure 2.
Hence, preferably the complex viscosity is at least about 400 Pa * s or greater.
The complex viscosity values listed below in Table 1 were obtained for the hydrogel,.
Computation of the complex viscosity of the fluid, from the characteristic impedance ; and.
Complex viscosity and tan δ as function of temperature can be seen in Fig . 5.
Storage modulus and complex viscosity obtained from a strain-amplitude sweep performed at 10 rad s-1.
Moreover, the complex viscosity of polysiloxane 4 decreases strongly at higher frequencies.
The complex viscosity is defined as G / w.
Figure 3 shows complex viscosity curves of the PP and HDPE blend with and without compatibilization.
Dynamic complex viscosity ( n * ) is measured by parallel plate rheometry.
The resulting complex viscosity value is an average of at least 20 points.
Values for complex viscosity and elastic component G ' are reported in Table 1.
Figure 16 shows complex viscosity curves of PP / SBS blends with and without reactive extrusion.
I illustrates the complex viscosity vs. the frequency of oscillatory deformation at 190°C.
The time it takes for complex viscosity or elastic modulus to decrease by 70 % is called T30.
Figure 2 depicts the complex viscosity versus frequency plots of certain PE materials at 190°C.
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