中国宇航员在空间测试锂离子电池,以研究微重力对电解化学的影响,旨在提高未来空间电池的性能和安全性。 Chinese astronauts tested lithium-ion batteries in space to study microgravity's effect on electrolyte chemistry, aiming to improve future space battery performance and safety.

天贡空间站上的中国宇航员进行了锂离子电池实验,以研究微重力如何影响电解层的内部化学分布,目的是提高电池性能和今后空间飞行任务的安全性。 Chinese astronauts aboard the Tiangong space station conducted a lithium-ion battery experiment to study how microgravity affects internal chemical distribution in electrolytes, aiming to improve battery performance and safety for future space missions. 大连化学物理研究所牵头开展研究,力求克服因重力干扰电场而造成的地球限制。 The Dalian Institute of Chemical Physics led the research, which seeks to overcome Earth-based limitations caused by gravity interfering with electric fields. 研究结果可以推动下一代电池设计用于空间用途。 Findings could advance next-generation battery design for space use.