Viscometry: Difference between revisions

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(The image is now showing up correctly and I have begun adding text to the page. The SOP is linked above the viscometer image.)
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|'''Spec 1''': Details
|'''Measurement Range''': 15-6,000,000 centipoise (cP)
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|'''Spec 2''': Details
|'''Spec 2''': Details
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==Overview==
==Viscosity==
This page serves as a template for all other MILL Wiki pages. Please use this as a resource when creating or editing pages. See our [[MILL Wiki Contributor Guide]].
Viscosity is a quantity that numerically describes the resistance to flow of a fluid.
To use, copy and paste the source (edit source) into your new page—a quick page creation tool (in read mode) is displayed at the bottom of this template for your convenience.


==Operation==
==Operation==
This section is for equipment--give a very brief overview of equipment operation and safety guidelines, and ''link the [[SOPs|SOP page]]''. DO NOT COPY+PASTE SOPs into this section. See [[MILL Wiki Contributor Guide]] for more notes on editing pages.
The viscometer rotates a spindle submerged in the fluid of interest through a spring, which measures the drag caused by the fluid. Factors determining the viscosity measurement are the spindle being used (chosen for its size), the container (this viscometer is calibrated for 600 milliliter low-form Griffin beakers), and the speed of the spindle. Prior to starting a test, the user can select a combination of spindle and rotation speed that best suits their needs and the expected viscosity of the fluid being measured. The viscometer will automatically update the maximum viscosity it can accurately measure with the selected parameters as the user changes the options (i.e. selecting a smaller spindle and/or lowering the speed will increase the range).


==Theory==
==Theory==

Revision as of 23:32, 12 October 2022

Brookfield DV2T Viscometer [SOP]
Viscometer.PNG
Measurement Range: 15-6,000,000 centipoise (cP)
Spec 2: Details

Viscosity

Viscosity is a quantity that numerically describes the resistance to flow of a fluid.

Operation

The viscometer rotates a spindle submerged in the fluid of interest through a spring, which measures the drag caused by the fluid. Factors determining the viscosity measurement are the spindle being used (chosen for its size), the container (this viscometer is calibrated for 600 milliliter low-form Griffin beakers), and the speed of the spindle. Prior to starting a test, the user can select a combination of spindle and rotation speed that best suits their needs and the expected viscosity of the fluid being measured. The viscometer will automatically update the maximum viscosity it can accurately measure with the selected parameters as the user changes the options (i.e. selecting a smaller spindle and/or lowering the speed will increase the range).

Theory

Theory of operation. Feel free to add hyperlinks to other internal pages about the topic (ex. 3D Printing [math]\displaystyle{ \rightarrow }[/math] Additive Manufacturing) or external links as such: Editing pages on Mediawiki.

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Subsection 1

Formulae or sidenotes about theory can be placed in subsections. (ex. XRD [math]\displaystyle{ \rightarrow }[/math] Bragg's Law)

Subsection 2

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Subsubsection

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    1. To remove Wiki formatting, use <nowiki>...</nowiki>

Extras

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