阿维迪亚-L1号星际 ultraviolet imaging 望远镜
太阳与恒星天体物理
2025-01-13 v2 天体物理仪器与方法
摘要
太阳紫外成像望远镜（SUIT）是印度空间研究组织（ISRO）于2023年9月2日发射的阿维迪亚-L1任务上的一项仪器。SUIT持续提供近同时全球和兴趣区域的日全球图像，通过光球层和气晕层进行切片，覆盖最高达1.5日球半径的视场。为此，SUIT使用11个波长范围为200{--}400 nm的滤镜，包括Mg~{\sc ii} h~和~k线和Ca~{\sc ii}~H谱线。SUIT所做的观测有助于我们理解太阳低层和中层大气层的磁力耦合。此外，它首次允许对太阳可辨识紫外宽带辐射进行测量，这将有助于约束太阳紫外辐射在对地球大气化学至关重要的波长范围内的变动性。本文讨论了该仪器和数据产品的细节。
引用
@article{arxiv.2501.02274,
title = {The Solar Ultraviolet Imaging Telescope on board Aditya-L1},
author = {Durgesh Tripathi and A. N. Ramaprakash and Sreejith Padinhatteeri and Janmejoy Sarkar and Mahesh Burse and Anurag Tyagi and Ravi Kesharwani and Sakya Sinha and Bhushan Joshi and Rushikesh Deogaonkar and Soumya Roy and V. N. Nived and Rahul Gopalakrishnan and Akshay Kulkarni and Aafaque Khan and Avyarthana Ghosh and Chaitanya Rajarshi and Deepa Modi and Ghanshyam Kumar and Reena Yadav and Manoj Varma and Raja Bayanna and Pravin Chordia and Mintu Karmakar and Linn Abraham and H. N. Adithya and Abhijit Adoni and Gazi A. Ahmed and Dipankar Banerjee and Bhargava Ram and Rani Bhandare and Subhamoy Chatterjee and Kalpesh Chillal and Arjun Dey and Achim Gandorfer and Girish Gowda and T. R. Haridas and Anand Jain and Melvin James and R. P. Jayakumar and Evangeline Leeja Justin and Nagaraju K. and Deepak Kathait and Pravin Khodade and Mandeep Kiran and Abhay Kohok and Natalie Krivova and Nishank Kumar and Nidhi Mehandiratta and Vilas Mestry and Srikanth Motamarri and Sajjade F. Mustafa and Dibyendu Nandy and S. Narendra and Sonal Navle and Nashiket Parate and Anju M Pillai and Sujit Punnadi and A. Rajendra and A. Ravi and Bijoy Raha and K. Sankarasubramanian and Ghulam Sarvar and Nigar Shaji and Nidhi Sharma and Aditya Singh and Shivam Singh and Sami K. Solanki and Vivek Subramanian and Rethika T and Srikanth T and Satyannarayana Thatimattala and Hari Krishna Tota and Vishnu TS and Amrita Unnikrishnan and Kaushal Vadodariya and D. R. Veeresha and R. Venkateswaran},
journal= {arXiv preprint arXiv:2501.02274},
year = {2025}
}
备注
37 pages, Accepted for Publication in Solar Physics