Bubble cloud depth under a hurricane
Bubble cloud depth under a hurricane
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飓风下的气泡云深度
DOI：
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发表时间：
2011
期刊：
影响因子：
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通讯作者：
E. Jarosz
中科院分区：
文献类型：
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作者：
D. Wang;H. Wijesekera;W. Teague;W. Rogers;E. Jarosz
气泡云深度及其与极端风的相关性是气泡介导注气的关键因素，对确定全球天然气预算至关重要。气泡云深度的特征是根据风速高达50 m s - 1的4级飓风通过期间收集的测量数据进行检验的。当风速小于35 m s−1时，气泡云深度随风速线性增加。我们的发现与之前在低到中等风速下的观察结果一致。然而，当风速大于35 m s−1时，增加的速率显著降低。
The bubble cloud depth and its correlation with extreme winds are key elements of bubble‐mediated gas injection, which are critical to the determination of the global gas budgets. The characteristics of bubble cloud depth were examined from measurements collected during the passage of a category‐4 hurricane with winds up to 50 m s−1. The bubble cloud depth increases linearly with wind speed for winds less than 35 m s−1. Our findings are consistent with previous observations at low to moderate wind speeds. However, the rate of increase is reduced significantly at winds higher than 35 m s−1.