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Many density meters can measure both the wet portion and the dry portion of a sample. The wet p ...varieties. Different types include: [[nuclear densometer|nuclear]], [[mass flow meter|coriolis]], ultrasound, microwave, and [[gravitic density meter|gravi ...

A '''Vortex flowmeter''' is a type of flowmeter used for measuring [[fluid flow]] rates in an enclosed conduit.<ref>{{Cite web|url=https://patents.google.c ...rm of an electrical signal; and a signal processor operable to receive the flow sensor signal and to generate an output signal corresponding to the pressur ...

...'Palmer-Bowlus flume''', is a class of flumes commonly used to measure the flow of wastewater in sewer pipes and conduits. The Palmer-Bowlus flume has a u- ...ich the level is measured. Unlike most other flumes used for open channel flow measurement, the Palmer-Bowlus flume can be calibrated by theoretical analy ...

...ath>, channel slope <math>(S_0)</math>, channel geometry, and also a given flow rate. In practice, this technique is widely used through the computer prog == Open channel flow fundamentals == ...

'''Ocean dynamics''' define and describe the [[flow (physics)|flow]] of water within the oceans. Ocean temperature and motion fields can be s ...layer]] is nearest to the surface and can vary in thickness from 10 to 500 meters. This layer has properties such as temperature, [[salinity]] and [[dissolv ...

{{Short description|Fluid flow rate unit}} ...ssure-temperature-density-and-flow-units-used-in-mass-flow-meters-and-mass-flow-controllers |access-date=2024-03-24}}</ref> This example is for the semi-c ...

{{Short description|Distance a flow travels after entering a pipe before fully developed}} ...ective placement of instrumentation, such as fluid [[Flow measurement|flow meters]].<ref name=":3">{{Cite book|title=Mechanical Engineer's Handbook|last=Marg ...

...athematics)]]</ref> It is commonly measured in feet per minute (ft/min) or meters per minute (m/min). Annular velocity is often abbreviated as AV, though thi ...he study of the movement of fluid) or [[fluid dynamics]] (the study of the flow of fluid). ...

...out 20 automatically controlled kites can keep rotating a turbine of 1,600 meters diameter at a speed of 15 revolutions per hour. This can generate 1 [[Gigaw The long cables allows them to reach heights over 500 meters, where wind is strong, without introducing structural weaknesses. ...

...of a flow in a stream, to a velocity that relates shear between layers of flow. * The velocity profile near the boundary of a flow (see [[Law of the wall]]) ...

...at the turbine can reduce pressure to a higher extent without fear of back flow from the tail race. ...e fluid in the tail race is higher than at the exit of the turbine, a back flow of liquid into the turbine can result in significant damage. ...

...a conductor the movement induces an [[eddy current]] in the conductor. The flow of electrons in the conductor immediately creates an opposing magnetic fiel *[[Electricity meter#Electromechanical|Electricity meters]] ...

...f [[hydraulic roughness]] in [[open-channel flow|open channel]] and [[pipe flow]]. Strickler proposed that hydraulic roughness could be characterized as a | book-title = Proceedings of the International Conference on Channel Flow and Catchment Runoff: Centennial of Manning's Formula and the Rational Form ...

[[Image:Stokes sphere.svg|thumb|right|175px|Flow past a solid particle reacting to centrifugal force: [[Streamlines, streak where ''V'' is the flow settling velocity (m/s) (vertically downwards if ''&rho;_p''&nbsp ...

# By doing so tangentially, there will be a vortex flow (circular flow) in the system, which creates a cool environment for the plasma to be stabi ...math> as atmospheric pressure, and <math>A_e</math> as nozzle exit area in meters^2(m^2). ...

...medium at the chosen frequency, and is typically limited to a few tens of meters. ...the Carnegie Institute of Technology, the maximum range reported by was 50 meters.<ref>{{cite thesis |id={{ProQuest|1027933791}} |last1=Arumugam |first1=Darm ...

...cal Oceanography</ref> and it has been used for benchmarking other current meters.<ref>Dickey, T. D., A. J. Plueddemann, and R. A. Weller, 1998: [http://www. ...ed with accurate cosine response, and the design of the instrument so that flow interference with the instrument body was minimized.<ref name=weller/> ...

...ement]], which removes and replaces all air in a space, to a short circuit flow in which very little of the existing air is replaced.<ref name=":3">{{Cite *''Q'' = Volumetric flow rate of air in cubic feet per minute (cfm) ...

...s the "[[laboratory]]" environment for proper performance of inferential [[flow measurement|flowmeters]] like [[Gas meter|orifice]], [[gas meter|turbine]], == Types of flow == ...

{{Short description|Class of turbulent flow}} ...scales (or range of scales) allows one to fine-tune the properties of that flow. Multiscale turbulent flows have been successfully applied in different fie ...