Instrument vibration - Revision history

Rolf at 19:59, 1 December 2021

2021-12-01T19:59:21Z

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	Flow past the instrument as well as tether-effects can transfer vibration to the instrument and subsequently manifest themselves in the measurements. Vibrations are also induced by mechanical motions inside of ~~and~~ instrument system such as the buoyancy pump on a glider and the propellor on an autonomous underwater vehicle. This can be observed in velocity or shear spectra<ref name="kolasetal2021">{{Cite journal		Flow past the instrument as well as tether-effects can transfer vibration to the instrument and subsequently manifest themselves in the measurements. Vibrations are also induced by mechanical motions inside of an instrument system such as the buoyancy pump on a glider and the propellor on an autonomous underwater vehicle. This can be observed in velocity or shear spectra<ref name="kolasetal2021">{{Cite journal
	\|authors= Kolås, E.H., Mo-Bjørkelund, T. and Fer, I.		\|authors= Kolås, E.H., Mo-Bjørkelund, T. and Fer, I.
	\|journal_or_publisher= Ocean Science Discussions		\|journal_or_publisher= Ocean Science Discussions

Rolf at 19:58, 1 December 2021

2021-12-01T19:58:41Z

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	\|year= 2021		\|year= 2021
	}}</ref>		}}</ref>

			==Notes==

Rolf at 19:57, 1 December 2021

2021-12-01T19:57:18Z

← Older revision		Revision as of 19:57, 1 December 2021
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	Flow past the instrument as well as tether-effects can transfer vibration to the instrument and subsequently manifest themselves in the measurements. Vibrations are also induced by mechanical motions inside of and instrument system such as the buoyancy pump on a glider and the propellor on an autonomous underwater vehicle. This can be observed in velocity or shear spectra		Flow past the instrument as well as tether-effects can transfer vibration to the instrument and subsequently manifest themselves in the measurements. Vibrations are also induced by mechanical motions inside of and instrument system such as the buoyancy pump on a glider and the propellor on an autonomous underwater vehicle. This can be observed in velocity or shear spectra<ref name="kolasetal2021">{{Cite journal
	<ref name="kolasetal2021">{{Cite journal
	\|authors= Kolås, E.H., Mo-Bjørkelund, T. and Fer, I.		\|authors= Kolås, E.H., Mo-Bjørkelund, T. and Fer, I.
	\|journal_or_publisher= Ocean Science Discussions		\|journal_or_publisher= Ocean Science Discussions

Rolf at 19:56, 1 December 2021

2021-12-01T19:56:52Z

← Older revision		Revision as of 19:56, 1 December 2021
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	Flow past the instrument as well as tether-effects can transfer vibration to the instrument and subsequently manifest themselves in the measurements. Vibrations are also induced by mechanical motions inside of and instrument system such as the buoyancy pump on a glider and the propellor on an autonomous underwater vehicle. This can be observed in velocity or shear spectra		Flow past the instrument as well as tether-effects can transfer vibration to the instrument and subsequently manifest themselves in the measurements. Vibrations are also induced by mechanical motions inside of and instrument system such as the buoyancy pump on a glider and the propellor on an autonomous underwater vehicle. This can be observed in velocity or shear spectra

	<ref name="kolasetal2021">{{Cite journal		<ref name="kolasetal2021">{{Cite journal
	\|authors= Kolås, E.H., Mo-Bjørkelund, T. and Fer, I.		\|authors= Kolås, E.H., Mo-Bjørkelund, T. and Fer, I.
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	\|year= 2021		\|year= 2021
	}}</ref>		}}</ref>


	~~<ref>Kolås, E.H., Mo-Bjørkelund, T. and Fer, I., 2021. Turbulence measurements from a Light Autonomous Underwater Vehicle. Ocean Science Discussions, pp.1-16.</ref>.~~

Rolf at 19:55, 1 December 2021

2021-12-01T19:55:59Z

← Older revision		Revision as of 19:55, 1 December 2021
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	Flow past the instrument as well as tether-effects can transfer vibration to the instrument and subsequently manifest themselves in the measurements. This can be observed in velocity or shear spectra<ref>Kolås, E.H., Mo-Bjørkelund, T. and Fer, I., 2021. Turbulence measurements from a Light Autonomous Underwater Vehicle. Ocean Science Discussions, pp.1-16.</ref>.		Flow past the instrument as well as tether-effects can transfer vibration to the instrument and subsequently manifest themselves in the measurements. Vibrations are also induced by mechanical motions inside of and instrument system such as the buoyancy pump on a glider and the propellor on an autonomous underwater vehicle. This can be observed in velocity or shear spectra

			<ref name="kolasetal2021">{{Cite journal
			\|authors= Kolås, E.H., Mo-Bjørkelund, T. and Fer, I.
			\|journal_or_publisher= Ocean Science Discussions
			\|paper_or_booktitle= Turbulence measurements from a Light Autonomous Underwater Vehicle
			\|year= 2021
			}}</ref>


			<ref>Kolås, E.H., Mo-Bjørkelund, T. and Fer, I., 2021. Turbulence measurements from a Light Autonomous Underwater Vehicle. Ocean Science Discussions, pp.1-16.</ref>.

CraigStevens: made a start

2021-11-22T19:13:05Z

made a start

New page

{{DefineConcept
|parameter_name=<math>\hat{k}</math>
|description= Vibration of the instrument affects measurement and parameter quality.
|article_type=Concept
|instrument_type=
}}

Flow past the instrument as well as tether-effects can transfer vibration to the instrument and subsequently manifest themselves in the measurements. This can be observed in velocity or shear spectra<ref>Kolås, E.H., Mo-Bjørkelund, T. and Fer, I., 2021. Turbulence measurements from a Light Autonomous Underwater Vehicle. Ocean Science Discussions, pp.1-16.</ref>.