name:黄佩诚
sex:男
shrz:
channel:专家人才库
pic:http://sourcedb.shao.cas.cn/zw/zjrck/200907/P020****.jpg
url:http://sourcedb.shao.cas.cn/zw/zjrck/200907/t**_**.json
xklb:天文技术与方法
xl:大学
dh:
zc:正高级工程师
zw:
yzbm:200030
dzyj:pchuang@shao.ac.cn
txdz:上海市南丹路80号
grwy:
grjj:黄佩诚 男 1956年6月生
<\/font>现为上海天文台VLBI研究室研究员，博士生导师。
<\/font>研究领域： 高精度时间频率系统、时间频率测量、时间信号扩频接收、星载时间频率仪器研制、数字信号处理和自动控制。
<\/font>研究成果： 在时间频率研究领域中，多次获得中国科学院科技成果二等、三等奖，上海市科技成果二等奖、国防科技进步二等奖等奖项；在IEEE Conference上发表过数篇文章；现作为技术总设计师负责某国家重点项目中的时间频率系统研制。
<\/font>招生方向： 高精度时间频率技术、星载时间频率仪器研制、时间频率信号扩频接收技术。<\/font><\/font><\/font><\/font><\/font><\/div>
hjjry:
dblz:
cdkyxmqk:
yjfx:时间频率系统研制<\/font><\/div>
xmen:Peicheng Huang
education:
at:Professor
add:80 Nandan Road, Shanghai 200030,P.R.China
dblz_en:
jl_en:HUANG PeiCheng <\/span><\/span><\/i><\/b>is the head of Time & Frequency Research Center of Shanghai Astronomical Observatory, the principal scientists of the Time & Frequency System research team and Active Hydrogen Maser research team. He specializes in precision time & frequency measurement, precision time transfer, time & frequency system and hydrogen atomic time standard technology. He and his Time & Frequency System research team designed and built the China Galileo Test Range (CGTR) time & frequency system, time & frequency system for the deep space exploration station and the time & frequency systems of ground stations for compass navigation system. As a primary actor, he designed the satellite-borne laser time measurement system and led the design and manufacturing of the on-board timer for satellite navigation system. He and his Active Hydrogen Maser research team have achieved great progress on the frequency stability of the active hydrogen maser. With their effort, the frequency stability of active hydrogen maser has achieved 1E-15\/day.<\/span><\/i><\/font><\/font><\/p>Selected Publications:<\/strong><\/span><\/font><\/font><\/p>　　(1)<\/span><\/b>The application of the satellite laser timing synchronization in satellite navigation system, journal of astronautic Metrologic and measurement, Vol.29, No.5<\/span><\/i><\/font><\/p>　　(2)<\/span><\/b>Time interval measurement based on surface acoustic wave dispersive delay line excitation, journal of astronautic Metrologic and measurement, Vol.32, No.1<\/span><\/i><\/font><\/p>　　(3)<\/span><\/b>Research and implement of on-board timer, annals of Shanghai observatory, CAS, No.28, 2007, <\/span><\/i><\/font><\/p>　　(4)<\/span><\/b>High-precision time interval measuring module in Virtex 4 FPGA<\/span><\/i>，<\/span><\/i>Joint 31st International <\/span>Conference on Infrared and Millimeter Waves 14th International on Conference on Terahertz Electronics Proceedings, IEEE 2006<\/span><\/i><\/font><\/p>　　(5)<\/span><\/b>Satellite-Ground Laser Time Transfer Prototype and Ground Emulation Experiment<\/span><\/i><\/span><\/span>, <\/span><\/i>S<\/span>cience in China series G, Physics, Mechanics & Astronomy, Vol.38,No.2<\/span><\/i><\/font><\/p>