Aircraft Meteorological Instruments

Bemis, Alan C.

doi:10.1007/978-1-940033-70-9_99

Compendium of Meteorology 1951

DOI: 10.1007/978-1-940033-70-9_99

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Aircraft Meteorological Instruments

Alan C. Bemis

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1955

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Cited by 2 publications

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Quelques appareils pour l'étude de la structure physique des brouillards et des nuages

Fea¹

1955

Arch. Met. Geoph. Biokl. A.

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Quelques appareils pour l'6tude de la structure physique des brouillards et des nuages. Par Giorgio Fea.Avec 5 figures.R~sum6. L'auteur d6crit un appareil permettant de d6terminer le contenu elx eau liquide des brouillards et des nuages, dont il dlscute le principe thermodynamique. En plus, on d6crit un tunnel plac6 au Monte Cimone (2164 m) qui, par sa tourelle tournante, permet d'observer et de mesurer la structure physique des nuages sous les conditions de la circulation naturelle. Enfin, on montre la construction d'une chambre g expansion qui permet d'6tudier en laboratoire les diff~rentes phases de d~veloppement des gouttelettes sous les conditions d'une expansion qui se produit d'une mani~re aussi lente qu'elle est observ~e dans la nature.

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Quelques appareils pour l'étude de la structure physique des brouillards et des nuages

Fea¹

1955

Arch. Met. Geoph. Biokl. A.

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100 Years of Progress in Atmospheric Observing Systems

Stith

Baumgardner

Haggerty

et al. 2018

Meteorological Monographs

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Although atmospheric observing systems were already an important part of meteorology before the American Meteorological Society was established in 1919, the past 100 years have seen a steady increase in their numbers and types. Examples of how observing systems were developed and how they have enabled major scientific discoveries are presented. These examples include observing systems associated with the boundary layer, the upper air, clouds and precipitation, and solar and terrestrial radiation. Widely used specialized observing systems such as radar, lidar, and research aircraft are discussed, and examples of applications to weather forecasting and climate are given. Examples drawn from specific types of chemical measurements, such as ozone and carbon dioxide, are included. Sources of information on observing systems, including other chapters of this monograph, are also discussed. The past 100 years has been characterized by synergism between societal needs for weather observations and the needs of fundamental meteorological research into atmospheric processes. In the latter half of the period, observing system improvements have been driven by the increasing demands for higher-resolution data for numerical models, the need for long-term measurements, and for more global coverage. This has resulted in a growing demand for data access and for integrating data from an increasingly wide variety of observing system types and networks. These trends will likely continue.

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Aircraft Meteorological Instruments

Cited by 2 publications

References 20 publications

Quelques appareils pour l'étude de la structure physique des brouillards et des nuages

Quelques appareils pour l'étude de la structure physique des brouillards et des nuages

100 Years of Progress in Atmospheric Observing Systems

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