Atmospheric dynamics and variations of minor components in the terrestrial planets by high-dispersion spectroscopic studies

随着仪器的发展，我们进行了对火星和金星大气的光谱/理论研究。(A)大气动力学和次要成分的变化：[A-1.地面观测]通过红外和亚毫米观测研究了速度/温度/H_2O_2/HDO/等。[A-2.轨道器观测]温度/云/次要分量由金星快车和火星快车数据集研究。[A-3：数值模式]GCM是在观测研究中开发和利用的。(B)光谱仪的发展：[B-1.对于地面]，我们成功地研制了MIR外差光谱仪。[B-2.对于轨道器]基地调查已经执行。它被用于研究火星/木星亚毫米波仪器。

We executed thespectroscopic/theoretical studies of Marsian and Venusian atmospheres with the instrument developments. (a) Atmospheric dynamics and variations of minor components: [A-1.grounbased observation] Velocity/temperature/H2O2/HDO/ etc. were studied by IR and submm observations. [A-2. Orbiter observations] Temperature/clouds/minor components were studied by Venus Express and Mars Express data sets. [A-3: Numerical models] GCMs were developed and utilized with the observational studies. (B)Spectrometer developments: [B-1. For Ground-based] We succeeded to the development of MIR Heterodyne spectrometer. [B-2. For Orbiter] Base investigation was executed. It was utilized for the studies of Martian / Jovian submm instruments.