Category:Ramanpolarizationlidar: Difference between revisions
Andre Castro (talk | contribs) (Created page with " {{#default_form:Instrument}} URI: Equivalent URI::https://vocabulary.actris.nilu.no/actris_vocab/Ramanpolarizationlidar label: Has preferred property label::Raman polarization lidar@en label: Has property description::Instrument that transmits single-wavelength pulsed laser light into the atmosphere and collects the backscattered radiation at the laser wavelength as well as the backscattered radiation from the atmospheric nitrogen due to the frequency Raman...") |
Andre Castro (talk | contribs) No edit summary |
||
| Line 6: | Line 6: | ||
label: [[Has preferred property label::Raman polarization lidar@en]] | label: [[Has preferred property label::Raman polarization lidar@en]] | ||
description: [[Has property description::Instrument that transmits single-wavelength pulsed laser light into the atmosphere and collects the backscattered radiation at the laser wavelength as well as the backscattered radiation from the atmospheric nitrogen due to the frequency Raman shift of the transmitted light. Furthermore, it can collect at least one of the backscattered polarization components of the linearly polarized emitted laser light. The system provides spatially resolved aerosol optical properties and aerosol geometrical features: i.e., layer height and thickness, aerosol backscatter and extinction coefficient at the laser wavelength without reliance on a priori assumptions, and volume and particle depolarization ratios at the laser wavelength.@en]] | |||
[[Category:lidar]] | [[Category:lidar]] | ||
Latest revision as of 11:43, 2 April 2024
This category uses the form Instrument.
URI: https://vocabulary.actris.nilu.no/actris vocab/Ramanpolarizationlidar
label: Raman polarization lidar (en)
description: Instrument that transmits single-wavelength pulsed laser light into the atmosphere and collects the backscattered radiation at the laser wavelength as well as the backscattered radiation from the atmospheric nitrogen due to the frequency Raman shift of the transmitted light. Furthermore, it can collect at least one of the backscattered polarization components of the linearly polarized emitted laser light. The system provides spatially resolved aerosol optical properties and aerosol geometrical features: i.e., layer height and thickness, aerosol backscatter and extinction coefficient at the laser wavelength without reliance on a priori assumptions, and volume and particle depolarization ratios at the laser wavelength. (en)
This category currently contains no pages or media.