恒星干涉仪

美国MarkⅢ恒星干涉仪和红外干涉仪ISI已经在双星和拱星壳的观测方面取得了令人鼓舞的观测成果。

Mark ⅲ stellar interferometer and Infrared Spacial Interferometer ( ISI ) have brought a few encouraging results for binary star measurements and circumstellar shell observations .

在此基础上分析被测量&时延τ的可实现性，并对国内建造恒星干涉仪应具有的特点提出了一些建议。

The domestic constructed stellar interferometer , in which specialities should be have is projected .

从基本原理出发，通过具体公式的推导，对恒星光学干涉仪应用于测量恒星位置和地球自转参数（ERP）进行了分析。

From basic principles and derivation of the formulae it is analyzed to using the stellar interferometer to determine stellar positions and earth rotation parameters ( ERP ) .

本文首先简述了天文光干涉测量技术的理论基础、以双光束干涉为主体的恒星光干涉仪以及综合孔径成像原理。

In this thesis , about interference and double beam optical stellar interferometer basic theories are briefly stated first .

恒星跟踪器是光干涉仪中的主要部分之一。

Star tracking system is one of the main parts in a stellar interferometer .