This proceedings book contains selected and expanded contributions presented at the 9th International Symposium of Space Optical Instruments and Applications (ISSOIA 2024), held in Guangzhou, China, from 25 to 27 September 2024. The symposium was hosted by the Chinese Society of Astronautics and the International Joint Research Center for Space Optical Instruments, jointly hosted by the China Association of Remote Sensing Application and organized by the Beijing Institute and Space Mechanics and Electricity.

In recent years, space optical payloads are advancing toward high spatial resolution, high temporal resolution, high radiometric resolution, and high spectral resolution, while simultaneously becoming more intelligent. The commercial remote sensing sector has made steady progress in terms of the scope of satellite systems and applications. Meanwhile, space optical remote sensing data has been extensively applied to resources monitoring, meteorology, oceanography, environmental science, disaster reduction, and many other fields.

The theme of ISSOIA2024 was "Expanding New Perspectives in Spatial Perception Technology, Empowering Sustainable Development with Spatial Information". The symposium focused on the active research areas of optical remote sensing technologies and their applications, providing a global platform for in-depth discussion on topics such as advanced optical technologies and new remote sensing techniques for space applications, advanced optical materials and photoelectric conversion devices for space applications, space optical instruments and applications for deep space exploration and astronomical observation, space optical instruments for ecological and environmental applications, commercial space optical remote sensing technology and services, and remote sensing technologies to better serve the development of the Guangdong-Hong Kong-Macao Greater Bay Area.

Focuses on key innovations in space optical remote sensing Provides timely reports on advances in deep space exploration and astronomical observation technology Covers trends and developments in commercial optical observation technology and services

Autorentext

H. Paul Urbach graduated in 1981 at the University of Groningen, the Netherlands, and completed in 1986 a Ph.D. thesis at the same university on the optimization of hydrodynamic propulsion. In 1986, he joined Philips Research Laboratory in Eindhoven, the Netherlands. During 1980, he spend four months in Signetics Research Laboratory in Sunnyvale, California, the USA, where he worked on optical lithography. In 1994, he became Principal Scientist at Philips Research Laboratory. In 2000, he became Part-Time Professor in diffraction optics at Delft University of Technology (TUDelft), the Netherlands. Since January 2008, he is Full Professor and Head of the Optics Research Group of TUDelft. He has been President of the European Optical Society 2012-2014 and 2017-2018, Member of the Advisory Board of the Dutch Minister of Economic Affairs on metrology, and Scientific Director of the Dutch Optics Centre.

Huilin Jiang graduated from Changchun Institute of Optics and Mechanics (CIOM), Chinese Academy of Sciences, China, in 1969 with a bachelor's degree and received his Ph.D. from the same institute in 1987. He is Academician of Chinese Academy of Engineering. He formerly served as President of Changchun University of Science and Technology and currently is Director of the university's academic committee. He also serves as Vice Chairman of Chinese Academy of Ordnance Engineering, Executive Director of Chinese Optical Society and Chinese Optical Engineering Society, and Deputy Director of the academic committee of the State Key Laboratory of Applied Optics at CIOM.

Inhalt

1. Review and Prospect of Ultra-Swath Agricultural Remote Sensing Satellite: From Design to Six Years of In-Orbit Application and Subsequent Development Suggestions.- 2. Athermalized design of fast switching wide-spectrum infrared dual field of view optical system.- 3. Design of Space-Based Time-Division Rotation Synthetic Aperture System.- 4. Optical system design for Wide-field Observation of Space debris.- 5. On-board Laser Optomechanical-Thermal Integrated Analysis.