首页> 外文期刊>Planetary and space science >Current State And Development Of The Minor Planets Research In Nikolaev Astronomical Observatory
【24h】

Current State And Development Of The Minor Planets Research In Nikolaev Astronomical Observatory

机译:尼古拉耶夫天文台小行星研究的现状与发展

获取原文
获取原文并翻译 | 示例

摘要

Regular positional observations of minor planets in Nikolaev Astronomical Observatory have been begun with installation of photographic Zone Astrograph in 1961. The observations of 19 selected minor planets up to 12 magnitude were obtained for 36 years. Accuracy of the photographic positions of minor planets is rather high, 0.15"- 0.19". These positions were used for improvement of the system of fundamental catalogue and determination of its orientation to the dynamical reference frame. CCD observations of asteroids have been begun at the Zone Astrograph in 2000. There was obtained about the same accuracy, as in photographic observations. During 2004-2006 NAO participated in international collaboration with TUBITAK. National Observatory (Turkey) and Kazan State University (Russia) in positional and photometric observations of small Solar system bodies. About four thousands of CCD images for 58 asteroids of 11-18 mag were obtained with internal and external errors of 30-80 mas of a single determination. Some of these observations, as well as the observations of the Minor Planet Center, are being used for the current asteroid mass determinations in Nikolaev observatory. Available results allow us to consider the Russian-Turkish telescope RTT150 as a good candidate for ground-based astrometry support of the future space mission GAIA, moreover in the period before GAIA.
机译:尼古拉耶夫天文台对小行星的常规位置观测是从1961年开始安装照相区天文仪开始的。在36年中,对19个选定的小行星进行了观测,这些小行星的大小不超过12个。小行星的摄影位置精度很高,为0.15“-0.19”。这些位置用于改进基本目录系统并确定其相对于动态参考系的方向。 CCD的小行星CCD观测已于2000年在天区图上开始。获得的准确度与摄影观测相同。在2004年至2006年期间,NAO与TUBITAK参与了国际合作。国家天文台(土耳其)和喀山国立大学(俄罗斯)处理小型太阳系天体的位置和光度学观测。获得了58个11-18 mag小行星的约四千张CCD图像,单次测定的内部和外部误差为30-80 mas。这些观测中的一些,以及小行星中心的观测,正在用于尼古拉耶夫天文台当前的小行星质量确定中。可获得的结果使我们可以将俄罗斯-土耳其望远镜RTT150视为未来航天任务GAIA的地面天文测量支持的良好候选者,而且是在GAIA之前的时期。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号