Category:closed-patheddy-covariancesystem: Difference between revisions

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(Created page with " {{#default_form:Instrument}} URI: Equivalent URI::https://vocabulary.actris.nilu.no/actris_vocab/closed-patheddy-covariancesystem label: Has preferred property label::closed-path eddy-covariance system@en label: Has property description::Measures the flux of atmospheric trace constituents by combining high speed (e.g. 100 Hz) observations of the trace constituent (CO2, H2O) and the 3D wind field by means of a sonic anemometer. The sonic anemometer measures...")
 
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label: [[Has preferred property label::closed-path eddy-covariance system@en]]
label: [[Has preferred property label::closed-path eddy-covariance system@en]]


label: [[Has property description::Measures the flux of atmospheric trace constituents by combining high speed (e.g. 100 Hz) observations of the trace constituent (CO2, H2O) and the 3D wind field by means of a sonic anemometer. The sonic anemometer measures the wind field in all the directions by sending sound pulses from an emitter to a detector, where the time lag depends on distance travelled (known), sound speed (known from air density), and wind speed.@en]]
description: [[Has property description::Measures the flux of atmospheric trace constituents by combining high speed (e.g. 100 Hz) observations of the trace constituent (CO2, H2O) and the 3D wind field by means of a sonic anemometer. The sonic anemometer measures the wind field in all the directions by sending sound pulses from an emitter to a detector, where the time lag depends on distance travelled (known), sound speed (known from air density), and wind speed.@en]]


[[Category:meteorologicalbaseparametersensor]]
[[Category:meteorologicalbaseparametersensor]]

Latest revision as of 10:44, 2 April 2024

This category uses the form Instrument.

URI: https://vocabulary.actris.nilu.no/actris vocab/closed-patheddy-covariancesystem

label: closed-path eddy-covariance system (en)

description: Measures the flux of atmospheric trace constituents by combining high speed (e.g. 100 Hz) observations of the trace constituent (CO2, H2O) and the 3D wind field by means of a sonic anemometer. The sonic anemometer measures the wind field in all the directions by sending sound pulses from an emitter to a detector, where the time lag depends on distance travelled (known), sound speed (known from air density), and wind speed. (en)

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This category has only the following subcategory.