The Comet Interceptor Mission (ESA/JAXA) aims to visit a long-period comet or interstellar object. Its primary science goals are to characterize the object's shape, structure, and the composition of its surface and gas coma. The mission consists of three spacecraft, the primary and two accompanying ones. The focus of this paper is the unique synergetic activities between two mass spectrometers to investigate the chemical composition of the coma, one on the primary spacecraft and another on an accompanying spacecraft. Both can be operated in a complementary fashion, at different locations and at the same time, to sort out spatial from temporal effects. Relevant investigations of the coma composition and chemistry within the technical specifications of the instruments could address several unsolved questions. The Comet Interceptor Mission is posed to be an important mission for advancing our knowledge of comets, especially clues for understanding coma chemistry and composition.

彗星拦截任务（ESA/JAXA）旨在访问一个长周期彗星或星际物体。它的主要科学目标是描述物体的形状、结构以及其表面和气体昏迷的成分。该任务由三个航天器组成，主航天器和两个附属航天器。本文的重点是两个质谱仪之间独特的协同活动，以研究昏迷的化学成分，一个在主航天器上，另一个在伴随航天器上。两者都可以以互补的方式在不同的位置同时操作，以从时间效应中挑选出空间效应。在仪器的技术规格范围内对昏迷成分和化学进行相关调查可以解决几个未解决的问题。