得克萨斯州A&M先期Europa的可居住性研究的研究人员通过界定其稳定的液体水限值,对Europa的可居住性进行了研究。 Researchers at Texas A&M advance Europa's habitability studies by defining its stable liquid water limits.

得克萨斯A&M大学的研究人员通过界定在各种压力下对液态水稳定性最低温度的注解,增进了对欧洲等冰土月球的了解。 Researchers at Texas A&M University have advanced the understanding of icy moons like Europa by defining the cenotectic, the lowest temperature for liquid water stability under various pressures. 这项工作将医疗应用和行星科学连接起来,帮助解释美国航天局即将执行的Europa Clipper任务的数据。 This work bridges medical applications and planetary science, aiding in interpreting data from NASA's upcoming Europa Clipper mission. 这项研究有助于评估寒冷的海洋世界的潜在可居住性及其维持生命的能力。 The research helps assess the potential habitability of cold, ocean-bearing worlds and their ability to support life.