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Prospects for improvement of zonal mean temperatures in the UCLA general circulation model

Thomas G. Corsetti, Max J. Suárez, D. A. Randall

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Abstract

The scheme proposed by Katayama for the calculation of long wave radiative cooling rates is described. A number of offline calculations to test the new code were examined. It is suggested that the new scheme should alleviate the model's cold pole problem.

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What this paper is about

The scheme proposed by Katayama for the calculation of long wave radiative cooling rates is described. A number of offline calculations to test the new code were examined. It is suggested that the new scheme should alleviate the model's cold pole problem.

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Available abstract

The scheme proposed by Katayama for the calculation of long wave radiative cooling rates is described. A number of offline calculations to test the new code were examined. It is suggested that the new scheme should alleviate the model's cold pole problem.

Key concepts: Circulation (fluid dynamics), Code (set theory), Scheme (mathematics), General Circulation Model, Radiative transfer, Meteorology, Applied mathematics, Computer science

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