The dynamic viscosity of cloudy and clear juices was determined
using a rheometer (AR550, TA Instruments, Waters Co., Ltd., Surrey,
Great Britain) with a Conical End Concentric Cylinder (stator radius=
15.00 mm, rotor radius=14.00 mm, immersed height=42.00 mm,
gap=5920 um). Thirteen point five milliliters of juice was applied at
each measurement with 25±0.1 °C controlled by circulating water in a
thermostatic system. Viscosities were calculated from the average of
seven points of the flow curves obtained in the shear rate range between
4 and 63 s−1.
The dynamic viscosity of cloudy and clear juices was determinedusing a rheometer (AR550, TA Instruments, Waters Co., Ltd., Surrey,Great Britain) with a Conical End Concentric Cylinder (stator radius=15.00 mm, rotor radius=14.00 mm, immersed height=42.00 mm,gap=5920 um). Thirteen point five milliliters of juice was applied ateach measurement with 25±0.1 °C controlled by circulating water in athermostatic system. Viscosities were calculated from the average ofseven points of the flow curves obtained in the shear rate range between4 and 63 s−1.
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