transit instrument

The Processing Method of the Mono lever Manipulator's Data Acquisition of the Transit Instrument Training Simulation System

经纬仪训练仿真系统单杆操纵器读值的处理方法

Methods of Data Reduction for photon Counts with Transit Instrument

子午光子计数观测资料的处理方法

This paper introduces the recognition and application of the balance level, optical transit DJ6, full-station instrument and electronic balance level.

介绍了实验教学过程中对水准仪、光学经纬仪DJ6、全站仪、电子水准仪的认识和使用。

The Test Results of the Azimuth Equations Absolutely Determined with a Refitted Transit Instrument

用改装的中星仪绝对测定方位差的试验结果

The correction in right ascension of 508 stars determinated with PMO photoelectric transit instrument

紫台光电中星仪测定的508颗恒星的赤经改正

Technical Report on the Automation Reform of the Photoelectric Transit Instrument

光电中星仪自动化改革技术总结

The Cantilever Loading Robot Transit instrument setting up quickly

悬臂搬运机器人经纬仪的快速架设

The preliminary test observations for determining azimuth equations with a refitted transit instrument, which may be used to observe the stars in the meridian and.

把中星仪改装成在子午方向和卯酉方向都可以观测的仪器后，进行了测定方位差的试验观测。

The correction in right ascension of 508 stars determinated with PMO photoelectric transit instrument in 1980& 1985 to FK5 system is given in the paper.

本文给出了紫台光电中星仪1980&1985年的观测归算到FK5（J2000.0年）星表系统的508颗恒星的赤经改正。

Determining the Profiles of the Stellar Image with Data of Photon Counts on Transit Instrument

利用子午仪光子计数观测资料计算星像直径

According to theoretical analysis, the mathematic model has been created which is the coordinate conversion between the ground transit instrument and airborne one, and the influencing factors of the system error have been analyzed and the simulation experiments have been done to prove it.

根据理论分析，本文建立了从地面光端机到机载光端机之间的坐标转换的数学模型，分析了系统误差的影响因素，并对其进行了仿真实验研究。

The correction in right ascension of 508 stars determinated with PMO photoelectric transit instrument in 1980& 1985 to FK5 system is given in the paper.

本文给出了紫台光电中星仪1980&1985年的观测归算到FK5（J2000.0年）星表系统的508颗恒星的赤经改正。

The methods for reduction results are discussed in our paper Especially, the improvment for the error of the azimuth depended on the working catalogue and the transit instrument has been discussed.

本文讨论了本星表的归算方法，并对中星仪的方位误差的改进提出了方案。这个方案已在陕西天文台的仪器上进行了实验，结果证明方位误差明显得到了改善。

Applying it on the transit instrument, the personal equation was significantly reduced and the accuracy of the time determination was improved.

应用于中星仪观测时，大大压缩了人差，提高了测时精度。

A Distributed Interactive Film Transit Instrument Training System

分布交互式电影经纬仪训练系统