This paper takes the 1-meter off-axis primary mirror of the AIMS solar telescope as the research object, and adopts the finite element method to analyze its gravity-thermal coupling deformation characteristics under seven elevation angles and three temperature conditions. The results show that the worst surface figur...
Peng Wang, Song Xu, Shang-Jie Ren et al.· Research in Astronomy and As...· 0 citations
We present the design, implementation, and performance validation of the 8-10 μm Wide-band Imaging System developed for the Accurate Infrared Magnetic Field Measurements of the Sun (AIMS) telescope. This system addresses the significant challenges in solar mid-infrared observations, including weak signal levels, inte...
Zhi-Wei Feng, Wei Duan, Xian-Yong Bai et al.· Research in Astronomy and As...· 0 citations
The Accurate Infrared Magnetic Field Measurement of the Sun (AIMS) telescope is a 1-meter off-axis Gregorian solar telescope designed for mid-infrared (12.3 μm) spectro-polarimetric observations. This paper presents a systematic, quantitative evaluation of three distinct thermal seeing sources in AIMS using a unified...
Song Xu, Shan-Jie Huang, Yang Zhang et al.· Research in Astronomy and As...· 0 citations
The Accurate Infrared Solar Magnetic Field Measurement System (AIMS) is a mid-infrared telescope designed for high-precision solar magnetic field observations. Due to its open-truss structure and off-axis optical configuration, the system is prone to gravityinduced misalignment between the primary and secondary mirro...
Yu-Liang Shen, K. E., Xiang-Yu Yan et al.· Research in Astronomy and As...· 0 citations
The Accurate Infrared Magnetic Measurement System (AIMS) solar telescope is the world’s frst mid-infrared observational system dedicated to high precision measurements of solar magnetic felds and independently developed in China. The large number of optical components, multiple intermediate focal planes, and the long...
K. E., Jian-Ke Zhao, Yu-Liang Shen et al.· Research in Astronomy and As...· 0 citations
The Accurate Infrared Magnetic field Measurements of the Sun (AIMS) is the world’s first instrument dedicated to spectropolarimetric observations of the solar mid-infrared Mg I line at 12.32um. To achieve high spectral resolution, it employs a Fourier Transform Infrared Spectrometer (FTIR) at the Coudé focus of a one...
Guang-Qian Liu, Heng-Yu Mu, Zhi-Jie Shi et al.· Research in Astronomy and As...· 0 citations
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