CECO(SH:603698) Yang Zi Wan Bao Wang·2026-01-15 13:17Core Viewpoint - The report highlights significant advancements in China's space station research, particularly in fluid physics and heat transfer in microgravity environments, which are crucial for future space missions and applications [1][3]. Group 1: Research Achievements - The research led by Southeast University focuses on critical scientific and technological issues in efficient space thermal management, utilizing the stable microgravity environment of the space station [3]. - The study on the "single needle fin structure" revealed the evolution behavior and heat transfer laws of liquid film condensation, noting a significant reduction in heat transfer performance due to liquid film accumulation in microgravity [3][5]. - The findings contribute to the theoretical understanding of microgravity liquid film stability and propose effective methods for enhancing space condensation heat transfer [3]. Group 2: Future Prospects - The project aims to extend research on microgravity condensation heat transfer to various fields, including space computing and lunar base thermal management systems, supporting the rapid development of China's aerospace thermal control technology [5]. - The "China Space Station Scientific Research and Application Progress Report" will be published annually, with the 2025 report focusing on key areas such as space life sciences, microgravity physics, and new technologies, highlighting 33 representative achievements to promote the growth of space science and applications [5].