| 1. | The command executing arithmetic of lamost observatory control system
中基于时槽环的命令执行控制算法 |
| 2. | Analysis of thermal convection and conduction in the dome of lamost
Lamost围挡通道的壁面传热影响分析 |
| 3. | Modeling and simulation of lamost focal plane observation planning
天文望远镜焦面板观测规划建模与仿真 |
| 4. | Lamost , large multi - object fibre
大型多天体分光望远镜 |
| 5. | The fiber connects the telescope focal plane to the spectrograph in the program
在lamost项目中，光纤连接了望远镜的焦面和光谱仪。 |
| 6. | The fiber positioning system was discussed , which was one of the important technologies for lamost held in national astronomical observatory
本文针对国家天文台lamost项目的关键技术之一? ?光纤定位系统开展研究。 |
| 7. | In the lamost ( large area multi - object fiber spectroscope telescope ) project , 4000 optical fibers are mounted on its focal plane which diameter is 1 . 75m . the positioning precision less than 40 microns , and positioning time less than 30 minutes
Lamost天文望远镜工程需要在直径为1 . 75m的焦面上定位4000根光纤，定位精度小于40 m ，定位时间小于30分钟。 |
| 8. | Abstract : this paper presents a method improving on the homogeneous distributing optical fiber position - board ’ s observation efficiency in the lamost system , then points out that the observation efficiency be improved by comparing the simulation result with the previous result
文摘:本文介绍了lamost系统中均匀式光纤定位板观测方法的改进，并且对改进后的系统进行了计算机仿真，并将结果与未改进前的系统进行了比较，观测效率有一定程度的提高。 |
| 9. | The paper analyzed the typical method of positioning of optical fiber in astronomic observation . according to the structure ' s characteristics and the working demands of lamost , bring forward the new plan on positioning of optical fiber that the focal plane is divided up many unit zones
通过对天文观测中光纤定位典型方法的分析，结合工程的特点和工作要求，提出了在焦面上进行分区，并且在单元区域内做直线运动和旋转运动的双电机单元光纤定位机构的方法。 |
| 10. | On the base of the analysis on astronomical optical fibers with characteristics , development and application , the paper studies the fiber applied on the program the largest sky area multi - object fiber spectroscopic telescope ( lamost ) which is hold in national astronomical observatory
本文在充分讨论了天文用光纤的各种特性、发展状况及应用基础上，针对国家天文台lamost ( thelargeskyareamulti - objectfiberspectroscopictelescope )项目的具体应用，对此工程中用到的光纤进行了研究。 |
