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Meteorology / Atmosphere / Observational astronomy / Psychrometrics / Water vapor / Atmosphere of Earth / Vapor pressure / Stellar classification / Precipitable water / Atmospheric sciences / Thermodynamics / Atmospheric thermodynamics


Calibration of the Relationship between Precipitable Water Vapor and 225 GHz Atmospheric Opacity via Optical Echelle Spectroscopy at Las Campanas Observatory Joanna Thomas-Osip,1 Andrew McWilliam, M. M. Phillips1 , N. Mo
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Document Date: 2014-05-29 20:54:53


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City

La Serena / /

Company

Hertz / /

Continent

Antarctica / /

Country

Chile / /

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Facility

Carnegie Institute of Washington / Caltech Submillimeter Observatory / University of Arizona / T. Folkers Arizona Radio Observatory / Astronomy Department University of Michigan / Las Campanas Observatory / University of Arizona Radio Observatory / La Silla Observatory / /

IndustryTerm

energy levels / energy level / reduction software / excitation energy / excitation energy range / radiosonde type devices / diļ¬€erent energy levels / performed using the MIKE Pipeline reduction software / /

NaturalFeature

Mauna Kea / /

Organization

University of Arizona Radio Observatory / University of Michigan / Ann Arbor / M. Lopez-Morales Carnegie Institution of Washington / University of Arizona / Carnegie Institute of Washington / /

Person

Dan Kelson / Joanna Thomas-Osip / /

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ProvinceOrState

New Mexico / /

RadioStation

Radio Observatory / /

Technology

S/N / Spectroscopy / /

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http /

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