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An Influence of Quasi-Biennial Oscillation on the Water Vapor in Tropic Stratosphere

机译:准二年同振荡对热带平流层水蒸气的影响

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The water vapor data by HALOE from 1993 to 2002 were analyzed to study the major variance of interannual variability, Quasi-Biennial Oscillation (QBO). Three centers of water vapor QBO located in upper, middle and lower stratosphere were found. The simulation results from model SOCRATES3 indicated that the QBO forcing of tropical zonal wind would induce three pairs of residual circulations, the transportation of which played an important role in the cause of water vapor QBO's formation. The QBO of temperature could control the chemical production of water vapor in the middle stratosphere. On the other hand, the temperature's QBO had an important effect on the water vapor condensation in the lower stratosphere.
机译:分析了1993年至2002年的HALOE的水蒸气数据,研究了持续变异性,准双年振荡(QBO)的主要方差。发现了位于上部,中部和下层平流层的三个水蒸气QBO中心。模型SOCRATES3的仿真结果表明,热带地风的QBO强迫会诱导三对残余循环,运输在水汽QBO的形成原因中发挥着重要作用。温度QBO可以控制中间平流层中水蒸气的化学生产。另一方面,温度的QBO对较低平流层中的水蒸气凝结具有重要作用。

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