Qing-yong ZHOU, Zi-qing WEI, Kun JIANG, Si-wei LIU, Wei ZHENG, Yu-feng SHI, Yi-di WANG, Yan-ji YANG, Hui-jun HU, Dong-dong JIN, Juan SONG, Peng-fei SUN, Hao-lei SONG. Research on the Test and Calibration Method of a Focusing X-ray Detector for Pulsar Navigation[J]. Acta Photonica Sinica, 2020, 49(6): 0604001
- Acta Photonica Sinica
- Vol. 49, Issue 6, 0604001 (2020)
Fig. 1. The relation between loss probability of photon detection and flow rate, time resolution
Fig. 2. The relationship between pulse similarity and TOA precision
Fig. 3. The normalized pulse profile of pulsar in different radiation energy spectrum
Fig. 4. Working energy region of the focused X-ray detector
Fig. 5. The characteristic energy spectra of six targets observed by focused detector
Fig. 6. The spatial response of X-ray detector
Fig. 7. Distribution of X-ray TOA intervals
Fig. 8. The pulse profile recovery in pulse signal recovery capability test project
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Table 1. Energy resolution and detection efficiency of focused detector
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Table 2. Similarity of the outlines of each group of observed pulses
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