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Vs. viscosity

Fig. 5. Shear rate vs viscosity for PDMS. Numbers on curves indicate molecular weights. To convert Pa-s to poise, multiply by 10. Fig. 5. Shear rate vs viscosity for PDMS. Numbers on curves indicate molecular weights. To convert Pa-s to poise, multiply by 10.
Viscosity Behavior. The polymeric nature of triorganotin fluorides dissolved in nonpolar solvents is outlined in the introduction. As a result of the transient polymer formation, these solutions exhibit nonlinear concentration vs. viscosity curves. [Pg.540]

Figure 1. Drop size vs. viscosity using Spray cone WG 4008... Figure 1. Drop size vs. viscosity using Spray cone WG 4008...
The conclusion that changes in solvent viscosity are responsible for the observed pressure and temperature effects is further corroborated by the same dependence of the product ratio 13c 16. Irrespective whether the viscosity is calculated from the pressure or temperature experiments, a plot of the product ratio vs. viscosity affords two straight lines with slopes that are identical within experimental error (Figure... [Pg.2638]

FIG. 18-26 Correlation of impeller speed vs. viscosity of the pulp including both fine and course grind experimental data points. [Pg.1953]

Figure 5. Reduced droplet diameter vs. viscosity ratio. A, in shear and extenslonal flows. The type of shear drop deformation within each of the four zones of X is indicated. Figure 5. Reduced droplet diameter vs. viscosity ratio. A, in shear and extenslonal flows. The type of shear drop deformation within each of the four zones of X is indicated.
Viscosity of nitrocellulose solutions vs. viscosity of neat solvent. [Pg.677]

Figure 7.34. Critical capillarity number vs. viscosity ratio is shear flow (sohd hues) and extension (dash line). Figure 7.34. Critical capillarity number vs. viscosity ratio is shear flow (sohd hues) and extension (dash line).
Figure 1.2 Steady shear-rate (/) vs. viscosity (rj) curves of 1 wt% surfactant system at various temperatures (from Ref [37]). Figure 1.2 Steady shear-rate (/) vs. viscosity (rj) curves of 1 wt% surfactant system at various temperatures (from Ref [37]).

See other pages where Vs. viscosity is mentioned: [Pg.545]    [Pg.138]    [Pg.169]    [Pg.349]    [Pg.804]    [Pg.247]    [Pg.217]    [Pg.233]    [Pg.523]    [Pg.584]    [Pg.1057]    [Pg.315]    [Pg.417]    [Pg.852]    [Pg.931]   
See also in sourсe #XX -- [ Pg.105 , Pg.108 ]




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Complex viscosity vs. frequency

Intrinsic viscosity vs. molecular

Intrinsic viscosity vs. molecular weight

Reduced viscosity vs. concentration

Shear rate vs. viscosity curve

V Kinematic viscosity

Viscosity vs Concentration of Chlorinated Rubber (Hercules PARLON S-20) in MEK

Viscosity vs. composition

Viscosity vs. concentration

Viscosity vs. molecular weight

Viscosity vs. polymer concentration

Viscosity vs. shear rate

Viscosity vs. time

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