Examples of 'rheometer' in a sentence
Meaning of "rheometer"
A rheometer is a scientific instrument used to measure the flow properties and deformation of materials, especially fluids and polymers
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- A device used to measure the flow properties of fluids with variable viscosity.
- A device used to measure the flow of electric current: an ammeter.
- A flowmeter, especially for water or blood.
How to use "rheometer" in a sentence
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rheometer
Next generation rheometer redefines ease of use.
Rheometer cannot be used for this test.
For drilling fluid applications a rheometer is used.
This rheometer is checked and calibrated regularly.
There simply is no comparison to any other rheometer.
A rotary rheometer is preferably used as the rheometer.
Viscosity measurements with the capillary rheometer.
The rheometer procedure applied comprised steps of.
A sufficient quantity of pellet is introduced in the rheometer.
The rheometer then carries out a frequency sweep w.
The mixture was discharged from the rheometer.
The rheometer was fitted with a vane.
Volume viscosity can be measured with an acoustic rheometer.
An identical rheometer measurement program is used as for determination of nf.
The CaBER is a capillary breakup rheometer.
See also
The rheometer is also capable of mixing ingredients together.
Such local measurements are impossible using a conventional rheometer.
An instrument called a rheometer can measure mechanical properties of materials.
The tank is positioned in the rheometer.
The rheometer was preheated to the initial temperature of the study.
Dynamic viscoelasticity was measured using a dynamic shear rheometer.
The rheometer utilizes a stainless steel parallel plate fixture.
Pistons were placed in the twin barrels of the rheometer.
Rheometer is set to desired temperature.
The elasticity of the dressing may be measured by a rheometer.
The rheometer was preheated to the test temperature of the study.
The measurement of phi is made by means of a dynamic rheometer.
The rheometer was equipped with flat smooth or knurled plates.
These processes were analyzed by means of a viscometer and a rheometer.
This complex viscosity is obtained using a rheometer to apply an oscillation experiment.
A small amount of the sample is loaded onto a rheometer.
The response of the rheometer is minutes after making setpoint adjustment.
Its consistence is viscoelastic and can be tested with a rheometer.
This test requires a furnace rheometer system combined with a rheometer head.
The viscosity of the composition obtained is measured with a rheometer.
The principle of operation of the rheometer is implemented by the pulse echoes method.
These measurements may be carried out with a simple rheometer.
Rheometer for measuring high pressure and high temperature with sampling.
The experimental procedure serves as a kind of capillary extrusion rheometer.
This rheometer comprised a heating reservoir into which the mixture was introduced.
The rheological properties of the emulsion are evaluated using a rheometer.
The gel strength was determined with a rheometer under the following conditions.
Each solution was characterized by frequency sweep with a rotational rheometer.
Rheometer cure rates are similar for these tread blacks in this formulation.
It consisted in measuring the adherence forces under experimental simulations on rheometer.
The rheometer may be employed additionally to collect or compact material prior to assessment.
Excess polymer flashing was removed prior to loading into the rheometer.
The solution was rapidly transferred to the rheometer and gelation was determined in situ.
This material was ground to a powder to facilitate addition into the rheometer.
The samples were produced on a haake torque rheometer using roller type rotors.
