Paper 14145-128
Paper 14145-128
Research on ultra-high stability thermal control design and verification for the space origin exploration program earth 2.0
5 July 2026 • 17:30 - 19:00 CEST | Room B4-M3
Abstract
The ultra-high stability thermal control design for the transit telescope payload of the Space Origin Exploration Program ET2.0. was conducted by leveraging the heat capacity of the controlled system and the heat transfer relationships, the amplitude of temperature fluctuations of the controlled system is gradually reduced to ensure ultra-high precision and excellent temperature stability for both the telescope and the detector. And then a test in the ground simulation system for the space environment was conducted to simulate the real thermal environment of the transit telescope, primary focal plane, and detector, and implemented multi-stage temperature control on the detector substrate. The final test results showed that the temperature fluctuation was controlled within ±3 mK, meeting the index requirement of ±10 mK, and it also exhibited a certain ability to resist environmental temperature fluctuations.
Presenter
Baoyu Yang
Shanghai Institute of Technical Physics (China)
Baoyu Yang (1979–),male,professor,doctoral supervisor,currently serves as Director of the 4th Research Laboratory,Shanghai Institute of Technical Physics, Chinese Academy of Sciences.He obtained his PhD in Physical Electronics from the Graduate University of Chinese Academy of Sciences in 2009.He has long been engaged in research on advanced thermal management technologies for space payloads.As a technical leader,he has undertaken and completed the development tasks of refrigeration thermal control and electronics in a number of major national science and technology projects,including Fengyun satellites,ocean satellites,Gaofen satellites,and space station.He has published dozens of papers,obtained dozens of invention patents,and participated in the publication of one academic monograph.In the Space Origin Exploration Program Earth 2.0 mission,he serves as the payload thermal control technical leader,responsible for the payload thermal control of the transit telescopeand microlens.