In this paper, a method of realizing an inertial coordinate System using the charge-coupled device (CCD) measurement technique is described in detail. The overlapping exposure method of determining the relative positions of galaxies with respect to reference stars is emphatically discussed, and the results of the experimental observations made on the 1-m telescope of the Yunnan Observatory with a CCD camera are given. In addition, the corrections to the precessional and nutational constants:△p1, △q, △ψ, and △ε derived from observations in three epochs and the corresponding precision estimation are made. Finally, the method proposed in this paper is compared with the traditional photographic method that uses the glass plate or paper plate as the receiving material. From comparison, we come to the conclusion that the fundamental coordinate system may be transited into the inertial one with higher accuracy using the CCD maesurement technique.
Mao Y,Guo XJ,Xu S,et al. REALIZING AN INERTIAL COORDINATE SYSTEM USING CHARGE-COUPLED DEVICE[J]. SCIENTIA SINICA SERIES A-MATHEMATICAL PHYSICAL ASTRONOMICAL & TECHNICAL SCIENCES,1990,33(1):76-85.
APA
冒蔚,郭新建,许水,吴光节,&卢汝为.(1990).REALIZING AN INERTIAL COORDINATE SYSTEM USING CHARGE-COUPLED DEVICE.SCIENTIA SINICA SERIES A-MATHEMATICAL PHYSICAL ASTRONOMICAL & TECHNICAL SCIENCES,33(1),76-85.
MLA
冒蔚,et al."REALIZING AN INERTIAL COORDINATE SYSTEM USING CHARGE-COUPLED DEVICE".SCIENTIA SINICA SERIES A-MATHEMATICAL PHYSICAL ASTRONOMICAL & TECHNICAL SCIENCES 33.1(1990):76-85.
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