Category:ceilometer: Difference between revisions

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(Created page with " {{#default_form:Instrument}} URI: Equivalent URI::https://vocabulary.actris.nilu.no/actris_vocab/ceilometer label: Has preferred property label::ceilometer@en label: Has property description::Instrument measuring the height of the cloud base above ground level. The instrument uses either triangulation by projecting a light spot onto the cloud base at a slant angle while varying and measuring the slant angle so the light spot appears over the detector locate...")
 
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label: [[Has preferred property label::ceilometer@en]]
label: [[Has preferred property label::ceilometer@en]]


label: [[Has property description::Instrument measuring the height of the cloud base above ground level. The instrument uses either triangulation by projecting a light spot onto the cloud base at a slant angle while varying and measuring the slant angle so the light spot appears over the detector located at a distance and looking upwards, or by shooting a laser pulse vertically upwards to the cloud base and measuring the time until the reflected pulse arrives at the detector located next to the laser.@en]]
description: [[Has property description::Instrument measuring the height of the cloud base above ground level. The instrument uses either triangulation by projecting a light spot onto the cloud base at a slant angle while varying and measuring the slant angle so the light spot appears over the detector located at a distance and looking upwards, or by shooting a laser pulse vertically upwards to the cloud base and measuring the time until the reflected pulse arrives at the detector located next to the laser.@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/ceilometer

label: ceilometer (en)

description: Instrument measuring the height of the cloud base above ground level. The instrument uses either triangulation by projecting a light spot onto the cloud base at a slant angle while varying and measuring the slant angle so the light spot appears over the detector located at a distance and looking upwards, or by shooting a laser pulse vertically upwards to the cloud base and measuring the time until the reflected pulse arrives at the detector located next to the laser. (en)

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