rheometry


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rhe·om·e·try

(rē-om'ĕ-trē),
Measurement of electrical current or blood flow.

rheometry

[rē·om′ətrē]
Etymology: Gk, rheos, current, metron, measure
a technique for measuring the velocity of blood flow.

rhe·om·e·try

(rē-om'ĕ-trē)
Measurement of electrical current or blood flow.
References in periodicals archive ?
The flow behavior of a SBR rubber was characterized by capillary rheometry in the range of temperatures 40[degrees]C to 90[degrees]C.
If developed, it would have likely represented the same type of lower-cost alternative to parallel-plate or cone-and-plate rheometry that the MFR test represents when compared with capillary rheometry.
This is a comprehensive examination of rheometry theory and rheometrical techniques and their applications to characterizing the rheological behavior of pastes, suspensions, and granular materials.
This comprehensive guide covers material mechanics, the rheophysics of pastes and granular materials, experimental procedures and problems in paste viscometry, local rheometry, nonviscometric flows of yield stress fluids, granular flows in a fictional regime, and practical rheometric techniques.
Viscosity measurements in extrusion rheometry reveal that the nanocomposites can be processed under similar conditions to those of the polyamide matrix.
This product is based on patented ASAP technology, which is a revolutionary platform for rheometry.
During product development, AGS may send samples out for other tests, such as capillary rheometry.
Rheological material behavior during thermoforming was characterized by oscillatory plate/plate measurements and uniaxial elongational rheometry.
Day one of the course will cover tolerance stack-up, testing bias, rubber compounds, the rubber testing laboratory, general test methods, rotorless shear rheometry, physical test methods to characterize vulcanizates and D2000 tests.
Some topics include local equations and global theorems of fluid mechanics, dimensional analysis, pumps, rheometry, micromixing models, and centrifugal separation.
Among the analytical techniques highlighted in the report are particle sizing and rheometry.
The emulsion gels that were produced were characterized using dynamic small strain rheometry and electron microscopy techniques.