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Atmospheric thermodynamics / Atmospheric sciences / Infrared / VNIR / Water vapor / Magellan Telescopes / Atmosphere of Earth / Electromagnetic radiation / Electromagnetic spectrum / Thermodynamics


Comparison of Precipitable Water Vapour Measurements made with an Optical Echelle Spectrograph and an Infrared Radiometer at Las Campanas Observatory† Richard R. Querel*a , David A. Naylora , Joanna Thomas-Osipb , Gabr
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Document Date: 2014-05-29 20:49:26


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City

La Serena / Pasadena / Lethbridge / Las Campanas Observatory / /

Company

Astronomical Instrumentation Group / Lethbridge AB / Bernstein / Kyocera / /

Country

Canada / Chile / /

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Facility

Carnegie Institute of Washington / Herzberg Institute of Astrophysics / Las Campanas Observatory / Observatories Campanas Observatory / MIKE Pipeline / University of Lethbridge / Campanas Observatory / /

IndustryTerm

lower energy transition / final data product / serendipitous bi-product / electronics / imaging / /

NaturalFeature

Andes / Mauna Kea / /

Organization

Department of Physics and Astronomy / Herzberg Institute of Astrophysics / University of Lethbridge / Carnegie Institute of Washington / /

Person

Greg Tompkins / IRMA PWV / MIKE DERIVED PWV MIKE / MIKE PWV / David A. Naylora / Joanna Thomas-Osipb / Gabriel Prietob / Regan Dahl / Richard R. Querel / Andrew McWilliamc / /

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Position

simple / single layer atmospheric model / atmospheric model / /

ProvinceOrState

California / /

Technology

AIF / Spectroscopy / Levenberg-Marquardt Algorithm / /

URL

http /

SocialTag