Computer Science
Scientific paper
Feb 1996
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1996stin...9634414y&link_type=abstract
Tiantitiwuli Xuebao, vol. 10, p. 366-370
Computer Science
Infrared Telescopes, Error Analysis, Instrument Errors, Tracking (Position), Harmonic Analysis, Precision, Evaluation
Scientific paper
This article introduces the main errors associated with the 1.26-m infrared telescope after it left the factory. It makes use of harmonic analysis methods to separate the various primary error terms associated with the telescope (2-m display error, 4-m 17-s short period tracking errors, as well as long period tracking errors, and so on). It discusses error producing factors and calculates theoretical values for errors given rise to by these causes. In conjunction with this, it carries out comparisons with actually measured values, analyzes the influences on telescope utilization precision, and describes methods for eliminating the errors as well as actual results.
Guo Hongfeng
Yao Zhengqiu
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