The Large Sky Area Multi-Object Fiber Spectroscopic Telescope (LAMOST) |
Xiang-Qun Cui |
169 |
Methods to Determine Best-Fit Sphere for Off-Axis Aspheric Surface |
ZHENG Li-xin |
145 |
Experiment study on friction drive |
Guomin Wang |
135 |
Some methods for the fabrication of large diameter off-axis paraboloids |
Li Depei |
135 |
Development of testing convex hyperbolic mirror using Hindle method based on stitc.. |
Zi-bo Jiang |
128 |
Modeling and structural analysis of honeycomb structure mirror |
Yeping Li |
113 |
Application of photogrammetric technique to astronomical telescope measurement and.. |
Dehua Yang |
87 |
A FEM coupling model for properties prediction during the curing of an epoxy adhes.. |
Shouwei Hu |
84 |
Application of research for metal primary mirror of large-aperture infrared solar .. |
Meng Xiaohui |
77 |
High resolution spectrograph with R4 Echelle for LAMOST |
Yongtian Zhu |
76 |
Design of one large telescope direct drive control system based on TMS320F28xx |
Xiao-li Song |
70 |
Control strategies and algorithms for large astronomical optical telescope |
Shihai Yang |
66 |
A suggested 12-m telescope optical system configuration for China |
Ding-qiang Su |
66 |
基于Delano图的光学初始结构自动生成方法 |
张凯元 |
65 |
Quantum interaction-free measurement |
DONG Zhi-Chuan |
61 |
Application of Combined Controller Based on CMAC and Nonlinear PID in Dual Redunda.. |
LiHeng |
61 |
Optics Derotator Servo Control System for SONG Telescope |
Jin Xu |
60 |
Introduction of Chinese Antarctic Optical Telescopes |
Zhengyang Li |
60 |
Active optical control system design of the SONG-China telescope |
Yu Ye |
59 |
基于高斯拟合的激光光斑中心定位算法 |
王丽丽 |
57 |
Pilot Study for Ion Beam Figuring Process |
GUO Weiyuan |
55 |
Design and Control of One Precise Tracking Simulation Bed for Chinese 20/30 Meter .. |
RenChangzhi |
55 |
Design and test of a novel cost-effective piezo driven actuator with a two-stage f.. |
Qingguo Wu |
54 |
Laser Speckle Suppression by the Phase Modulation of Input Beam in a Multimode Fib.. |
Cong Yang |
54 |
Integrated thermal disturbance analysis of optical system of astronomical telescop.. |
Dehua Yang |
53 |
Servo control system for friction drive with ultra-low speed and high accuracy |
Shihai Yang |
53 |
Error analysis of friction drive elements |
Guomin Wang |
52 |
Analysis and optimization of a 2.5m telescope mount |
Guomin Wang |
50 |
Simulation and fabrication of the atmospheric turbulence phase screen based on a f.. |
Peng Jia |
50 |
Integration and commissioning of the China SONG Telescope Tracking System |
RenChangzhi |
50 |
8~10m级光学/红外望远镜的高分辨率光谱仪 |
朱永田 |
48 |
新型3-CPS/RPPS机构的动力学分析 |
李徽 |
48 |
Review of Mechanical Structure of Force Actuator for Optical Astronomical Telescop.. |
Yu Fang Zhang |
48 |
Motion control for LAMOST focal plane |
Xinqi Xu |
47 |
Qsys NOC-based MPSOC Design for LAMOST Spectrographs |
Zhongyi Han |
47 |
The Ultra-low Speed Research on Friction Drive of Large telescope |
Fujia DU |
46 |
Control system for the first three Antarctic Survey Telescopes (AST3-1) |
Xiaoyan Li |
46 |
Design of 2.5m Optical Fabrication Machine for Astronomical Mirrors |
Yi Zheng |
45 |
The Servo Control System of KDUST Telescope |
Zhang Jian |
45 |
Optimization Analysis Of Primary Mirror in Large Aperture Telescope Based On Workb.. |
Zhengsen Feng |
45 |
天文光纤机械扰模器调制环形光场的实验研究 |
穆丹丹 |
45 |
基于刚体位移的天线反射面拟合新算法 |
马增祥 |
44 |
A CCD Experimental platform for large telescope in Antarctica based on FPGA |
Yuhua Zhu |
44 |
Kunlun Dark Universe Survey Telescope |
Yongtian Zhu |
44 |
Modeling and Simulation of a 6-DOF Parallel Platform for Telescope Secondary Mirro.. |
Zhongyu Yue |
44 |
A large ion beam figuring plant used for manufacturing astronomical telescope |
GUO Weiyuan |
43 |
LabVIEW-Based Data Communication in LAMOST Telescope |
Lingzhe Xu |
43 |
Overview of LAMOST control system |
Xinqi Xu |
42 |
Drive Circuit Design for one Arc PMSM Based on TMS320F2812 |
Xiaoli Song |
42 |
China SONG Telescope Tracking System Based on Direct Drive Technology |
RenChangzhi |
42 |
The M2&M3 positioning control systems of a 2.5m telescope |
Yu Ye |
40 |
Performance of the second Antarctic Survey Telescope at Dome A |
X. Y. Li |
40 |
Active Optics in LAMOST |
Ding-Qiang Su |
39 |
Ground layer adaptive optics system simulation for the 2.5m telescope in Dome A |
Peng Jia |
39 |
A Coronagraph Based on Stepped-Transmission Filters |
Deqing Ren |
38 |
Introduction of a 2.5m telescope mount |
Bozhong Gu |
38 |
Research and Implementation of Large Telescope Control System Based on Wireless Sm.. |
Shuai Xiaoying |
38 |
Structural analysis of a new type lightweight optical mirror blank |
Yeping Li |
38 |
The Fulfillment of Two-level Control in experimental Optical Delay Line of Michels.. |
Li Chao |
38 |
Design of broadband dielectric coatings for near-infrared Fabry-Perot interferomet.. |
Wang jinfeng |
37 |
A scalable, cost-effective, radio telescope drive and axis system |
Silver Sturgis |
37 |
Laboratory prototype of Image Slicer Integral Field Unit for 1m Telescope |
Hangxin Ji |
37 |
高温超导磁悬浮环形杜瓦的漏热分析 |
黄涵洋 |
37 |
The AST3 project: Antarctic Survey Telescopes for Dome A |
Xiangyan Yuan |
37 |
Theoretical analyses for the relationship between the performance of quadrant phot.. |
Zhaoying Zheng |
37 |
基于盖革APD阵列的高精度三维成像装置及其使用方法 |
寇松峰 |
37 |
The LAMOST middle resolution spectrograph |
Hou Yonghui |
37 |
Measuring seeing with a Shack–Hartmann wave-front sensor during an active-optics .. |
Yong Zhang |
36 |
High-contrast coronagraph for ground-based imaging of Jupiter-like planets |
Jiang-Pei Dou |
36 |
Strategies of primary mirror segment fabrication for CFGT |
Xinnan Li |
35 |
The research on direct drives control system in the large aperture telescope |
Li Xiaoyan |
35 |
Using NOC technology to improve Photoelectric Encoder system for LAMOST spectrosco.. |
Zhongyi Han |
35 |
Deformation dynamic response test of the active stressed lap based on realtime con.. |
Li Ying |
35 |
The Improvement of CCD Auto-guiding System for 2.5m Telescope |
Liyan Chen |
35 |
Analysis and demonstration of PID algorithm based on arranging the transient proce.. |
Zhaoying Zheng |
35 |
The First Portable Solar and Stellar Adaptive Optics |
Deqing Ren |
35 |
天文选址大气光学参数测量仪的数值模拟方法 |
戴松新 |
35 |
溶胶-凝胶法制备YAG∶ Ce,Yb 纳米荧光粉及 其发光性质研究 |
唐靓 |
35 |
The Correction of Atmospheric Dispersion in LAMOST |
LIU Gen-rong YUAN Xiang-yan |
34 |
Tracking system of 2m LAMOST-style telescope for the Antarctic Plateau |
Bozhong Gu |
34 |
体相位全息光栅式波分复用器的研究 |
张青峰 |
34 |
One direct drive system for Telescope |
Changzhi Ren |
34 |
The Study on Servo-Control System in the Large Aperture Telescope |
Wei Hu |
34 |
Multiple-Aperture-Based Solar Seeing Profiler |
DEQING REN |
34 |
Preliminary Structure Design and Analysis of the Chinese Future Giant Telescope |
Guoping Li |
33 |
Introduction of four different drive systems used in LAMOST focal plane |
Guomin Wang |
33 |
ZEMAX与ANSYS动态数据交换的实现及其在光学设计中的应用研究 |
姜自波 |
33 |
Latest progress of LAMOST primary co-phasing experiment in NIAOT, China |
Yong Zhang |
33 |
One of Align Metrologies for Antarctic Telescopes |
Zhengyang Li |
33 |
分段式光纤传输系统的扰模增益及能量变化 |
韩建 |
33 |
用于天文望远镜镜面主动支撑的机电永磁式力促动器(授权发明) |
牛冬生 |
33 |
Calculations for the Pre-Calibration of LAMOST Active Optics |
Yong Zhang |
32 |
长基线恒星光干涉技术中延迟线系统的设计与实验 |
吴桢 |
32 |
Progress of Antarctic Schmidt Telescopes (AST3) for Dome A |
Xiangyan Yuan |
32 |
A New Design of Large Aperture Telescope Drive System |
Li Xiaoyan |
32 |
Research on large aperture telescope drive control technology |
Xiaoyan Li |
32 |
Phase retrieval using a modified Shack–Hartmann wavefront sensor with defocus |
Changwei Li |
32 |
2.16m望远镜高分辨率光谱仪的天文光学频率梳 |
吴元杰 |
32 |
Design and Analysis of Support System of LAMOST Primary Mirror |
Xuefei Gong |
31 |
六自由度机构位姿的单相机照相测量研究 |
李徽 |
31 |