论文标题
化学建模的路线图，将原球门磁盘和系外行星的气氛连接起来
A Chemical Modelling Roadmap Linking Protoplanetary Disks and Exoplanet Atmospheres
论文作者
论文摘要
[删节]本评论论文讨论了哪些化学作用在形成行星的磁盘中平面中可能会发挥作用，在不同的条件下，哪些效果在不同的条件下具有相关性，哪些工具可用于建模磁盘中平面中的化学动力学。该评论继续讨论了地球形成建模社区的一些重要努力，以治疗化学演化，反之亦然，在化学建模社区中努力实施与星球形成有关化学建模的更多物理效应。这篇综述的目的是概述与星球形成化学相关的一些概念，而且还鼓励，不仅鼓励地球形成建模社区与天文学社区之间的合作，还鼓励一个社区到另一个社区的协助和指导。在某些行星形成条件下，关于哪些影响的指导可能比其他影响更重要，以及为什么某些纳入效果导致某些重要的建模结果。随着新界面附近的外部大气层的研究领域和即将到来的设施的观测见解，开发适当的建模框架（包括物理和化学效应）对于最终使化学表征的杂物大气层连接到其NATAL Protoplanetary diss的形成历史是至关重要的。
[Abridged] This review paper discussed which chemical effects may be at play in a planet-forming disk midplane, which effects are relevant under different conditions, and which tools are available for modelling chemical kinetics in a disk midplane. The review goes on to discuss some important efforts in the planet formation modelling community to treat chemical evolution, and, vice versa, efforts in the chemical modelling community to implement more physical effects related to planet formation into the chemical modelling. The aim of this review is both to outline some concepts related to planet formation chemistry, but also to encourage, not just collaboration between the planet formation modelling community and the astrochemical community, but also assistance and guidance from one community to the other. Guidance, regarding which effects, out of many, might be more relevant than others under certain planet formation conditions, and regarding why certain included effects lead to certain important modelling outcomes. As the research fields of exoplanet atmospheres and protoplanetary disks near new frontiers in observational insights with upcoming facilities, developing appropriate modelling frameworks (including physical and chemical effects) is paramount to ultimately enable the linking of a chemically characterised exoplanet atmospheres to its formation history in its natal protoplanetary disk.
