“Intern program for college students”的版本间差异
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无编辑摘要 |
无编辑摘要 |
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| 第4行： | 第4行： | ||
:collaborator: Shuai Feng (postgraduate student) |
:collaborator: Shuai Feng (postgraduate student) |
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Galaxy pair is a kind of self-gravitational system, which contains two member galaxies. Because of simplest configuration, galaxy pairs are very useful to study the interaction effect, such as merge, tidal force, dynamic fiction. However, projected effect often causes overlapping in galaxy pairs, especially in compact pairs. That seriously biases photometric parameters due to comtamination of each star light. |
Galaxy pair is a kind of self-gravitational system, which contains two member galaxies. Because of simplest configuration, galaxy pairs are very useful to study the interaction effect, such as merge, tidal force, dynamic fiction. However, projected effect often causes overlapping in galaxy pairs, especially in compact pairs. That seriously biases photometric parameters due to comtamination of each star light and obstructs further study about galaxy pairs. So how to get rid of overlapping influence has become a very important task. More accurate photometry of overlapping galaxy pairs will be more helpful for future research. |
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==Spectral Energy Distribution (SED) of Brown Dwarfs== |
==Spectral Energy Distribution (SED) of Brown Dwarfs== |
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2015年4月21日 (二) 11:19的版本
Photometry of overlapping galaxy pairs
- advisor: Shiyin Shen[1]
- collaborator: Shuai Feng (postgraduate student)
Galaxy pair is a kind of self-gravitational system, which contains two member galaxies. Because of simplest configuration, galaxy pairs are very useful to study the interaction effect, such as merge, tidal force, dynamic fiction. However, projected effect often causes overlapping in galaxy pairs, especially in compact pairs. That seriously biases photometric parameters due to comtamination of each star light and obstructs further study about galaxy pairs. So how to get rid of overlapping influence has become a very important task. More accurate photometry of overlapping galaxy pairs will be more helpful for future research.
Spectral Energy Distribution (SED) of Brown Dwarfs
- advisor: Zhengyi Shao
Searching of cluster structures in multiple sky survey data
- advisor: Zhengyi Shao