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Simulation of Ocean Upper Layer Response to Moving Indian Ocean Cyclone Using Reduced Gravity Ocean Model

机译:利用减少重力海洋模型模拟印度洋上层对印度洋旋风的响应

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摘要

The sensitivity of the ocean mixed layer response to different parameters such as model horizontal resolution, vertical temperature gradient and eye size is investigated in response to moving Indian Ocean cyclone. For this, a one and one-half layer wind-driven reduced-gravity ocean model is forced with synthetic cyclonic vortex. The sensitivity studies are carried out for a cyclone moving along idealized tracks, initially and then for three observed cyclones (TC01A), (TC02B) and (TC04A) during 2004. Increasing model resolution resulted in stronger ocean response. The role of initial vertical temperature gradient in modulating the ocean response is found to be important.
机译:针对印度洋旋风的移动,研究了海洋混合层对不同参数(例如模型水平分辨率,垂直温度梯度和眼图大小)响应的敏感性。为此,用合成气旋涡强迫强迫进行了一层和一半的风力驱动的重力降低海洋模型。首先对沿理想轨道运动的旋风分离器进行了敏感性研究,然后在2004年对三个观测到的旋风分离器(TC01A),(TC02B)和(TC04A)进行了敏感性研究。模型分辨率的提高导致海洋响应增强。发现初始垂直温度梯度在调节海洋响应中的作用很重要。

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