Spaceflight Procedures and Operations Utilized During the Seedling Growth Experiments

Joshua Vandenbrink, J. Kiss
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引用次数: 1

Abstract

Abstract Spaceflight experiments offer a unique environment for fundamental research in biology. Utilization of microgravity environments has provided insights into how plants and animals perceive and respond to gravity, or the lack thereof. However, performing spaceflight experiments on the International Space Station (ISS) requires years of planning and testing before execution. A few of the complex steps preceding the experiment include: development of the experimental timeline and programming of experimental equipment, testing hardware for biocompatibility, planning the logistics of sending samples to NASA or ESA centers for testing, and launching samples to the ISS. In this paper, using the Seedling Growth-2 spaceflight experiment as an example, we cover the entire timeline leading up to a flight experiment. These events include the Schedule Test, the Operations and Validations Test (OVT), and the Flight Build and Experiment, as well as the post-flight sample processing.
幼苗生长试验中使用的航天程序和操作
航天实验为生物学基础研究提供了独特的环境。利用微重力环境可以让我们深入了解植物和动物如何感知和应对重力,或者缺乏重力。然而,在国际空间站(ISS)上进行太空飞行实验需要数年的计划和测试才能执行。实验前的一些复杂步骤包括:制定实验时间表和实验设备的编程,测试硬件的生物相容性,规划将样品送到NASA或ESA中心进行测试的后勤工作,以及将样品发射到国际空间站。在本文中,以幼苗生长-2航天实验为例,我们涵盖了整个时间线导致飞行实验。这些事件包括计划测试、操作和验证测试(OVT)、飞行构建和实验,以及飞行后样本处理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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