标题： 改善行星大气中传输和混合过程的参数化：实施完整科里奥利加速度的重要性 显示英文标题

标题： Improving the parametrization of transport and mixing processes in planetary atmospheres: the importance of implementing the full Coriolis acceleration

摘要： 随着JWST对系外行星大气的持续表征，我们正在揭示出多种多样的行星大气，无论是成分还是动力学方面。因此，有必要为系外行星大气构建连贯的大气模型，以研究其在任何厚度、分层和旋转条件下的动力学。然而，许多模型仅部分包含科里奥利加速度，只考虑了旋转矢量沿垂直方向的局部投影（这就是所谓的“旋转的传统近似”），并且当旋转主导分层时，不能准确地模拟旋转的影响。在本研究中，我们报告了在动量传输和化学混合中考虑完整科里奥利加速度的持续努力。首先，我们展示了旋转矢量的水平局部分量如何深刻地改变水平剪切流的不稳定性及其可能引发的湍流。接下来，我们展示了由于在考虑完整科里奥利加速度时波的阻尼或破裂发生变化，波与纬向风之间的相互作用可以被显著修改。这些工作旨在改进全球大气模型中波和湍流过程的参数化。 显示英文摘要

摘要： With the ongoing characterisation of the atmospheres of exoplanets by the JWST, we are unveiling a large diversity of planetary atmospheres, both in terms of composition and dynamics. As such, it is necessary to build coherent atmospheric models for exoplanetary atmospheres to study their dynamics in any regime of thickness, stratification and rotation. However, many models only partially include the Coriolis acceleration with only taking into account the local projection of the rotation vector along the vertical direction (this is the so-called "Traditional Approximation of Rotation") and do not accurately model the effects of the rotation when it dominates the stratification. In this contribution, we report the ongoing efforts to take the full Coriolis acceleration into account for the transport of momentum and the mixing of chemicals. First, we show how the horizontal local component of the rotation vector can deeply modifies the instabilities of horizontal sheared flows and the turbulence they can trigger. Next, we show how the interaction between waves and zonal winds can be drastically modified because of the modification of the wave damping or breaking when taking into account the full Coriolis acceleration. These works are devoted to improve the parameterization of waves and turbulent processes in global atmospheric models.