Trace Gas Measurements from Tethered Balloon Platforms

Alan R. Bandy Chemistry Department, Drexel University, Philadelphia, PA 19104

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Terese L. Bandy Chemistry Department, Drexel University, Philadelphia, PA 19104

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Otto Youngbluth Aerosol Measurements Branch, Langley Research Center, NASA, Hampton, VA 23665

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Thomas L. Owens Aerosol Measurements Branch, Langley Research Center, NASA, Hampton, VA 23665

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Abstract

Instrumentation and chemical sampling and analysis procedures are described for making measurements of atmospheric carbon disulfide in the concentration range 1–1000 pptv from tethered balloon platforms. Results of a study on the CS2 composition of air downwind of a saltwater marsh are reported. A method for obtaining the necessary data for solving the budget equations for surface fluxes, chemical formation rates and chemical destruction rates using data acquired from tethered balloon platforms is presented.

Abstract

Instrumentation and chemical sampling and analysis procedures are described for making measurements of atmospheric carbon disulfide in the concentration range 1–1000 pptv from tethered balloon platforms. Results of a study on the CS2 composition of air downwind of a saltwater marsh are reported. A method for obtaining the necessary data for solving the budget equations for surface fluxes, chemical formation rates and chemical destruction rates using data acquired from tethered balloon platforms is presented.

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