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A Coastal Air-Ocean Coupled System (CAOCS) Evaluated Using an Airborne Expendable Bathythermograph (AXBT) Data Set

机译:使用机载消耗性航海记录仪(AXBT)数据集评估的沿海海洋耦合系统(CAOCS)

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A coastal atmosphere-ocean coupled system (CAOCS) is developed with Princeton Ocean Model (POM) as the oceanic component, and with National Center for Atmospheric Research (NCAR) regional climate model (RegCM2) as the atmospheric component. The model domain (98.84°–121.16°E, 3.06°S–25.07°N) covers the whole SCS and surrounding land and islands. The surface fluxes of water, heat (excluding solar radiation), and momentum are applied synchronously with opposite signs in the atmosphere and ocean. Flux adjustments are not used. The CAOCS model was verified using an intensive airborne expendable bathythermograph (AXBT) survey between 14–25 May 1995 over the majority of the SCS down to about 300-m depth.
机译:以普林斯顿海洋模型(POM)为海洋成分,以美国国家大气研究中心(NCAR)区域气候模型(RegCM2)为大气成分,开发了沿海大气-海洋耦合系统(CAOCS)。模型域(98.84°–121.16°E,3.06°S–25.07°N)涵盖了整个南海和周围的陆地和岛屿。水,热(不包括太阳辐射)和动量的表面通量与大气和海洋中的相反符号同步施加。不使用通量调整。在1995年5月14日至25日之间,对大部分深达300米的南海地区进行了一次密集的机载消耗性热成像仪(AXBT)勘测,验证了CAOCS模型。

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