首页> 外文会议>Conference on Airborne Telescope Systems 27-28 March 2000 Munich, Germany >New conception of the moving celestial object observations
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New conception of the moving celestial object observations

机译:天体运动观测的新概念

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The epoch of supremacy of CCD technique allows us to elaboratre a new approach to the problem of observations of any celectial body moving on the background of stars. Using the computerized star catalogues one can calculate several astrometric positions for any moving celestial object, the first and sometimes the second drivatives of its spherical coordinates by means of statistical treatment in a real time during CCD observations. The classic Lapace method for initial orbit determination may be successfully used now. These derivatives and also so called the Apparent motion Parameters, namely topocentric angular velocity and acceleration, positional angle of motion and curvature of object's trajectory are the inportant additional values for an identification of the observed object. The algorithms and software were developed in Pulkovo observatory for th fast analysis of any CCD framew where the moving celestial objects were detected.
机译:CCD技术至高无上的时代使我们能够提出一种新方法,以解决在恒星背景下移动的任何折衷体的观测问题。使用计算机化的恒星目录,您可以通过CCD观测期间的实时统计处理,来​​计算任何移动的天体的几个天体位置,即其球坐标的第一和第二个导数。用于初始轨道确定的经典Lapace方法现在可以成功使用。这些导数以及所谓的视在运动参数,即地心角速度和加速度,运动的位置角和物体轨迹的曲率,是识别被观察物体的重要附加值。该算法和软件是在普尔科沃天文台开发的,用于快速分析检测到天体运动的任何CCD框架。

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