Boliang He
Chinese Academy of Sciences
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Publication
Featured researches published by Boliang He.
The Astronomical Journal | 2015
Hu Zou; Zhaoji Jiang; Xu Zhou; Zhenyu Wu; Jun Ma; Xiaohui Fan; Zhou Fan; Boliang He; Yipeng Jing; Michael P. Lesser; Cheng Li; Jundan Nie; Shiyin Shen; Jiali Wang; Tianmeng Zhang; Zhimin Zhou
The South Galactic Cap u-band Sky Survey (SCUSS) is a deep u-band imaging survey in the Southern Galactic Cap, using the 90Prime wide-field imager on the 2.3 Bok telescope at Kitt Peak. The survey observations started in 2010 and ended in 2013. The final survey area is about 5000 deg(2) with a median 5s point source limiting magnitude of similar to 23.2. This paper describes the survey data reduction process, which includes basic imaging processing, astrometric and photometric calibrations, image stacking, and photometric measurements. Survey photometry is performed on objects detected both on SCUSS u-band images and in the SDSS database. Automatic, aperture, point-spread function (PSF), and model magnitudes are measured on stacked images. Co-added aperture, PSF, and model magnitudes are derived from measurements on single-epoch images. We also present comparisons of the SCUSS photometric catalog with those of the SDSS and Canada-France-Hawaii Telescope Legacy surveys.
Publications of the Astronomical Society of the Pacific | 2017
Hu Zou; Xu Zhou; Xiaohui Fan; Tianmeng Zhang; Zhimin Zhou; Jundan Nie; Xiyan Peng; Ian McGreer; Linhua Jiang; Arjun Dey; Dongwei Fan; Boliang He; Zhaoji Jiang; Dustin Lang; Michael P. Lesser; Jun Ma; Shude Mao; David J. Schlegel; Jiali Wang
The Beijing-Arizona Sky Survey (BASS) is a wide-field two-band photometric survey of the Northern Galactic Cap using the 90Prime imager on the 2.3 m Bok telescope at Kitt Peak. It is a four-year collaboration between the National Astronomical Observatory of China and Steward Observatory, the University of Arizona, serving as one of the three imaging surveys to provide photometric input catalogs for target selection of the Dark Energy Spectroscopic Instrument (DESI) project. BASS will take up to 240 dark/grey nights to cover an area of about 5400 deg
The Astronomical Journal | 2017
Hu Zou; Tianmeng Zhang; Zhimin Zhou; Jundan Nie; Xiyan Peng; Xu Zhou; Linhua Jiang; Zheng Cai; Arjun Dey; Xiaohui Fan; Dongwei Fan; Yucheng Guo; Boliang He; Zhaoji Jiang; Dustin Lang; Michael P. Lesser; Zefeng Li; Jun Ma; Shude Mao; Ian McGreer; David J. Schlegel; Yali Shao; Jiali Wang; Shu-Xiao Wang; Jin Wu; Xiaohan Wu; Qian Yang; Minghao Yue
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The Astronomical Journal | 2016
Yanli Ai; Xue-Bing Wu; Jinyi Yang; Qian Yang; Feige Wang; Rui Guo; Wenwen Zuo; Xiaoyi Dong; Yong Zhang; Hui Yuan; Yi-Han Song; Jianguo Wang; Xiaobo Dong; Ming Yang; Houming Wu; Shiyin Shen; J. R. Shi; Boliang He; Ya-Juan Lei; Yeping Li; A-Li Luo; Yong-heng Zhao; Haotong Zhang
in the
New Astronomy | 2012
Chenzhou Cui; Dongwei Fan; Yongheng Zhao; Ajit Kembhavi; Boliang He; Z. Cao; Jian Li; Deoyani Nandrekar
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Proceedings of the International Astronomical Union | 2016
Changhua Li; Chenzhou Cui; Linying Mi; Boliang He; Dongwei Fan; Shanshan Li; Sisi Yang; Yunfei Xu; Jun Han; Junyi Chen; Hailong Zhang; Ce Yu; Jian Xiao; Chuanjun Wang; Z. Cao; Yufeng Fan; Liang Liu; Xiao Chen; Wenming Song; Kangyu Du
and
arXiv: Instrumentation and Methods for Astrophysics | 2014
Xue-Lei Chen; Yongheng Zhao; Guo-Hong Lei; Boliang He; Chenzhou Cui; Hai-Jun Tian; Yanxia Zhang; Yang Tu
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Proceedings of the International Astronomical Union | 2013
Chenzhou Cui; Boliang He; Jian Xiao; Ce Yu; Jian Li; Z. Cao; Liying Su; Dongwei Fan; Cuilan Qiao; Changhua Li; Yue Chen; Runtao Wang; Yongheng Zhao
bands. The 5
The Astronomical Journal | 2016
Hu Zou; Xu Zhou; Zhaoji Jiang; Xiyan Peng; Dongwei Fan; Xiaohui Fan; Zhou Fan; Boliang He; Yipeng Jing; Michael P. Lesser; Cheng Li; Jun Ma; Jundan Nie; Shiyin Shen; Jiali Wang; Zhenyu Wu; Tianmeng Zhang; Zhimin Zhou
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arXiv: Instrumentation and Methods for Astrophysics | 2016
Boliang He; Dongwei Fan; Chenzhou Cui; Shanshan Li; Changhua Li; Linying Mi
limiting AB magnitudes for point sources in the two bands, corrected for the Galactic extinction, are 24.0 and 23.4 mag, respectively. BASS, together with other DESI imaging surveys, will provide unique science opportunities that cover a wide range of topics in both Galactic and extragalactic astronomy.