Research on Space Target Attitude Simulation Based on Collimator

Table 1. Coordinate solution results of the points on line 1#
View table
Table 1. Coordinate solution results of the points on line 1#
Order number x /mm y /mm
1 -2.8547 1.0710
2 -2.4111 0.9056
3 -1.2902 0.5059
4 -0.6746 0.2591
5 0.3838 -0.1297
6 1.2089 -0.4483
7 2.0919 -0.7730
8 2.9674 -1.1109
9 5.6999 -2.1214
10 6.5802 -2.4673

Table 2. Coordinate solution results of the points on line 2#
View table
Table 2. Coordinate solution results of the points on line 2#
Order number x /mm y /mm
1 -1.6937 -4.5293
2 -1.4839 -3.9397
3 -0.8800 -2.3622
4 -0.1544 -0.4084
5 0.3407 0.8879
6 0.6048 1.6141
7 0.9562 2.5411
8 1.6550 4.4266
9 1.9108 5.1218
10 2.7132 7.3353

Table 3. Coordinate solution results of the points on line 3#
View table
Table 3. Coordinate solution results of the points on line 3#
Order number x /mm y /mm
1 3.2280 2.6827
2 3.3499 2.7629
3 3.4587 2.8703
4 3.5518 2.9359
5 3.6558 3.0212
6 3.8190 3.1522
7 3.9325 3.2517
8 4.0569 3.3668
9 4.2199 3.5026
10 4.2914 3.5471

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Tao Wang, Liude Tian, Jianke Zhao, Yan Zhou, Yuchen Wang, Huaixue Zhao, Kai Liu, Liang Pan, Yining Liu, Wei Wan, Ting Zhang. Research on Space Target Attitude Simulation Based on Collimator[J]. Acta Optica Sinica, 2018, 38(6): 0612003

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