黄健
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副教授
硕士生导师
- 性别：男
- 毕业院校：中国科学院光电技术研究所
- 学历：博士研究生毕业
- 学位：工学博士学位
- 在职信息：在职人员
- 所在单位：航空航天学院
- 办公地点：研究院大楼508
- 电子邮箱：6c13791861bb154ffe3cfe77049f2e2efc035a5575151c734744b0505066b44edd637accda9990c1cf22dbcd92599d8b58863f3471ea703185923f0c382dc5ada84e958517866500852d3d0479125a1445a9e3a62ff2b7928e3fbce294cd942a0e6865430337563454db7d29d6b29622c298e497ff276b54b42ba87d9babca57
访问量：
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[1]
Jian Huang
and Jian Huang,
Non-lognormal probability density function of scintillation in weak regime
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[2]
W. Jang,
H. Xian,
and J. Huang,
Reflected beam's direction deviation induced by the corner cube retroreflector
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[3]
et al.，
姜文汉，
鲜浩，
黄健，
角锥棱镜的误差引起的反射光束相位误差分析
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[4]
H. Xian
and J. Huang,
Calibration error of Hartmann wavefront sensor caused by nonuniform intensity distribution
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[5]
et al，
姜文汉，
鲜浩，
黄健，
“采用相位共轭和波前探测技术的高精度瞄准方法,” 红外与激光工程
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[6]
et al.,
X. Li,
H. Xian,
and J. Huang,
“Pointing error due to retroreflector array in compact common path/common mode adaptive optical system,”
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[7]
et al.,
L. Chao,
D. Ke,
and H. Jian,
“Effectiveness of adaptive optics system in satellite-to-ground coherent optical communication,”
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[8]
et al.,
K. Deng,
J. Huang,
and Z. Yao,
“Dynamic link attenuation of inter-satellites homodyne BPSK optical communication,”in International Symposium on Photonics and Optoelectronics 2014 Proc
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[9]
et al.，
邓科，
张鹏，
黄健，
“星地相干激光通信中的自适应光学系统边界参数设计,” 光学精密工程
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[10]
et al.,
K. Deng,
D. Jiang,
J. Huang,
and Jian Huang,
Optimal optical communication terminal structure for maximizing the link budget
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[11]
et al.,
K. Deng,
H. Mei,
and J. Huang,
Signal to noise ratio of free space homodyne coherent optical communication after adaptive optics compensation,” Optics Communications
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[12]
幺周石，
邓科，
黄健，
面向大气相干激光通信的自适应光学技术进展,”in 第二届全国大气光学及自适应光学技术发展研讨会
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[13]
et a,
K. Deng,
C. Liu,
and J. Huang,
Probability of the residual wavefront variance of an adaptive optics system and its application
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[14]
Z. Yao,
K. Deng,
and J. Huang,
Using top-hat beam to improve the performance of the inter-satellite laser communication,” Optik – International Journal for Light and Electron Optics
