Estimation of surface layer scaling parameters using SODAR for the coastal site of Tarapur

Vedesh Varakhedkar, Sanjay Vanave, Aramana Baburajan, I. Saradhi
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Abstract

This report presents the directional dependence of surface scaling parameters, namely, roughness length and corresponding friction velocity, for neutral category at the Tarapur coastal site. The average roughness length of the lowest value of 0.5 m in the west (W) direction and the highest value of 0.885 m in the N direction has been observed and average friction velocity of the lowest value 0.39 m/s in the W direction and the highest value 0.73 m/s in the NW direction was observed for 2019. Sector average turbulent kinetic energy was estimated to be 1.413 m2/s2 and its dissipation rate as 0.33 m2/s3 for the 10 m elevation from the surface. Surface drag coefficient for the 10 m height was 0.0229 for the smooth ocean surface and 0.0255 for the land surface was observed for the Tarapur coastal site.
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用SODAR估算塔拉普尔沿海地区表层尺度参数
本文介绍了塔拉普尔海岸中性类别表面结垢参数(即粗糙度长度和相应的摩擦速度)的方向依赖性。2019年平均粗糙度长度在西(W)方向最小为0.5 m,在北(N)方向最大为0.885 m,平均摩擦速度在W方向最小为0.39 m/s,在NW方向最大为0.73 m/s。在距离地面10 m高度处,扇区平均湍流动能为1.413 m2/s2,耗散率为0.33 m2/s3。塔拉普尔沿海岸点10 m高度的表面阻力系数为0.0229,陆地表面阻力系数为0.0255。
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Theme 8. Emergency preparedness and response Theme 2. Radiation Safety and Protection in Nuclear Facilities Theme 1. Foundation Topics on Radiation Protection Philosophy and Risk Estimates Theme 7. Existing Exposures Theme 5. Nuclear instrumentation and system development
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