三角视差

用中心重迭法归算恒星三角视差的迭代算法

An iteration algorithm of the stellar trigonometric parallax reduction with the central overlap technique

本文用中心重迭法迭代算法归算BD+2°348的三角视差，得出其相对视差等于0“.0879±0”。

The trigonometric parallax of BD + 2 ° 348 is reduced by iteration algorithm with the central overlap technique .

恒星三角视差测定的现状和展望

The Current Situation of Determination of Trigonometric Stellar Parallaxes and Its Perspective

按赤经、赤纬方向测定三角视差的系统差问题

On the systematic difference between trigonometric parallaxes determined in right ascension and declination

反射望远镜的恒星三角视差测定

On Determination of Trigonometric Stellar Parallaxes with Reflectors

用佘山40厘米折射望远镜测定的BD+2°348的三角视差

Determination of the parallax of bd + 2 ° 348 with the ZO-SE 40-cm refractor

三角视差在天体物理研究中的应用

Astrophysical Applications of Stellar Trigonometric Parallaxes

1.56米天体测量望远镜主要用以测定暗弱恒星的三角视差。今后也拟以此望远镜作为激光测月的接收望远镜。

We have designed an astrometric telescope , 1.66 meter in diameter , for determining the trigonometric parallaxes of faint stars .