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Park, Myung-Sook
School of Urban and Environmental Engineering
Research Interests
  • Improvement of our fundamental understanding of cloud physical process and latent heating and cooling rates in tropical cyclones and other synoptic- to large-scale circulations.
  • To evaluate model simulated cloud process with ground-truth assuming field-experiment observations and to improve the cloud parameterization process of models of all scales.
  • Mechanisms responsible for a genesis and decay of tropical convective systems in association with large-scale environmental and surface thermodynamic variability.

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다목적실용위성 3호의 지상관측확률에 관한 연구

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Title
다목적실용위성 3호의 지상관측확률에 관한 연구
Other Titles
Surface Observation Probability System of KOMPSAT-3
Author
Park, Myung-SookHo, Chang-HoiKim, Young-MiKim, EunghyunKim, Gyu-Sun
Keywords
KOMPSAT; surface observation probability; cloud; ISCCP
Issue Date
2006-12
Publisher
한국기상학회
Citation
대기, v.16, no.4, pp.371 - 378
Abstract
The surface observation probability system (SOPS) of the Korea Multi-Purpose Satellite (KOMPSAT) has been developed based on the climatological distribution of cloud coverage and the expected passage of satellite orbit. While the optical camera loaded on KOMPSAT series has been operated with the purpose of observing earth's surface, it cannot see the surface when an obstacle (i.e., cloud) exists between them. In the present study, cloud information of International Satellite Cloud Climatology Project incorporates into high resolution grid of the KOMPSAT-3 orbit. The characteristics of the KOMPSAT SOPS are discussed.
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ISSN
1598-3560
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UEE_Journal Papers
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