求硅酸鈷的標(biāo)準(zhǔn)譜
XRD測(cè)定出來(lái)后，求硅酸鈷標(biāo)準(zhǔn)譜
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PDF#87-0053: QM=Calculated(C); d=Calculated; I=Calculated
Cobalt Silicate
Co2 ( Si O4 )
Radiation=CuKa1 Lambda=1.54060 Filter=
Calibration= 2T=17.197-89.434 I/Ic(RIR)=1.42
Ref: Calculated from ICSD using POWD-12++
Orthorhombic - Profile Analysis, Pbnm (62) Z=4 mp=
CELL: 4.7825 x 10.304 x 6.0041 <90.0 x 90.0 x 90.0> P.S=oP28 (?)
Density(c)=4.712 Density(m)=4.56A Mwt=209.95 Vol=295.88 F(30)=478.4(.0018,34/0)
Ref: Mueller-Sommer, M., Hock, R., Kirfel, A.
Phys. Chem. Miner., v24 p17 (1997)
Strong Lines: 2.47/X 2.79/9 2.53/7 1.76/7 3.52/7 1.75/5 2.59/3 1.49/2 1.50/2 2.39/2
FIZ=050072: Rietveld profile refinement applied ITF See PDF 01-070-2115.
Rietveld refinement study of the cation distribution in (Co, Mg)-olivine solid solution d c4 a (PBNM) AB2X4
2-Theta d(?) I(f) ( h k l ) Theta 1/(2d) 2pi/d n^2
17.197 5.1520 11.4 ( 0 2 0) 8.599 0.0970 1.2196
20.456 4.3380 11.0 ( 1 1 0) 10.228 0.1153 1.4484
22.724 3.9099 14.2 ( 0 2 1) 11.362 0.1279 1.6070
23.766 3.7408 7.2 ( 1 0 1) 11.883 0.1337 1.6796
25.308 3.5163 66.7 ( 1 1 1) 12.654 0.1422 1.7869
29.484 3.0270 3.2 ( 1 2 1) 14.742 0.1652 2.0757
29.735 3.0020 6.9 ( 0 0 2) 14.868 0.1666 2.0930
32.056 2.7898 91.2 ( 1 3 0) 16.028 0.1792 2.2522
34.551 2.5938 33.9 ( 0 2 2) 17.275 0.1928 2.4224
34.798 2.5760 12.7 ( 0 4 0) 17.399 0.1941 2.4391
35.451 2.5300 73.5 ( 1 3 1) 17.726 0.1976 2.4835
36.364 2.4686 100.0 ( 1 1 2) 18.182 0.2025 2.5453
37.583 2.3912 15.3 ( 2 0 0) 18.791 0.2091 2.6276
37.977 2.3673 12.7 ( 0 4 1) 18.989 0.2112 2.6541
38.621 2.3293 5.2 ( 2 1 0) 19.310 0.2147 2.6974
39.490 2.2801 14.4 ( 1 2 2) 19.745 0.2193 2.7557
39.710 2.2679 11.6 ( 1 4 0) 19.855 0.2205 2.7704
41.550 2.1716 6.8 ( 2 2 0) 20.775 0.2302 2.8933
41.550 2.1716 6.8 ( 2 1 1) 20.775 0.2302 2.8933
42.577 2.1216 0.1 ( 1 4 1) 21.288 0.2357 2.9615
44.287 2.0436 6.9 ( 1 3 2) 22.143 0.2447 3.0746
44.369 2.0400 4.6 ( 2 2 1) 22.185 0.2451 3.0800
46.221 1.9625 0.7 ( 2 3 0) 23.110 0.2548 3.2017
46.409 1.9549 1.7 ( 0 4 2) 23.205 0.2558 3.2140
48.033 1.8926 3.5 ( 1 5 0) 24.017 0.2642 3.3199
48.639 1.8704 0.6 ( 2 0 2) 24.319 0.2673 3.3593
48.774 1.8656 0.4 ( 2 3 1) 24.387 0.2680 3.3680
48.774 1.8656 0.4 ( 0 2 3) 24.387 0.2680 3.3680
49.318 1.8462 0.2 ( 1 0 3) 24.659 0.2708 3.4033
49.487 1.8403 0.3 ( 2 1 2) 24.743 0.2717 3.4142
50.157 1.8173 9.3 ( 1 1 3) 25.079 0.2751 3.4574
50.522 1.8050 6.9 ( 1 5 1) 25.261 0.2770 3.4810
51.969 1.7581 67.6 ( 2 2 2) 25.984 0.2844 3.5738
52.146 1.7526 49.1 ( 2 4 0) 26.073 0.2853 3.5852
52.616 1.7380 2.3 ( 1 2 3) 26.308 0.2877 3.6152
53.299 1.7173 0.2 ( 0 6 0) 26.650 0.2911 3.6587
54.498 1.6823 9.4 ( 2 4 1) 27.249 0.2972 3.7348
55.617 1.6511 10.3 ( 0 6 1) 27.809 0.3028 3.8054
55.930 1.6426 1.0 ( 2 3 2) 27.965 0.3044 3.8251
56.546 1.6262 14.9 ( 1 3 3) 28.273 0.3075 3.8638
56.924 1.6163 0.8 ( 1 6 0) 28.462 0.3094 3.8874
57.518 1.6010 13.1 ( 1 5 2) 28.759 0.3123 3.9246
58.338 1.5804 5.8 ( 0 4 3) 29.169 0.3164 3.9756
58.541 1.5754 5.9 ( 3 1 0) 29.271 0.3174 3.9883
59.133 1.5611 0.3 ( 2 5 0) 29.566 0.3203 4.0249
59.133 1.5611 0.3 ( 1 6 1) 29.566 0.3203 4.0249
59.991 1.5408 0.5 ( 3 0 1) 29.995 0.3245 4.0779
60.727 1.5238 6.3 ( 3 2 0) 30.364 0.3281 4.1233
60.727 1.5238 6.3 ( 3 1 1) 30.364 0.3281 4.1233
61.186 1.5135 3.3 ( 2 4 2) 30.593 0.3304 4.1514
61.306 1.5108 2.8 ( 2 5 1) 30.653 0.3309 4.1587
61.751 1.5010 18.8 ( 0 0 4) 30.875 0.3331 4.1859
61.751 1.5010 18.8 ( 1 4 3) 30.875 0.3331 4.1859
62.227 1.4907 23.8 ( 0 6 2) 31.114 0.3354 4.2150
62.907 1.4762 0.8 ( 3 2 1) 31.453 0.3387 4.2564
64.376 1.4460 4.6 ( 3 3 0) 32.188 0.3458 4.3452
64.621 1.4411 2.5 ( 0 2 4) 32.310 0.3470 4.3600
65.539 1.4231 0.2 ( 1 6 2) 32.769 0.3513 4.4150
65.779 1.4185 0.7 ( 1 1 4) 32.889 0.3525 4.4294
66.393 1.4069 13.1 ( 1 7 0) 33.197 0.3554 4.4661
66.393 1.4069 13.1 ( 3 3 1) 33.197 0.3554 4.4661
67.032 1.3950 7.8 ( 2 6 0) 33.516 0.3584 4.5041
67.032 1.3950 7.8 ( 3 1 2) 33.516 0.3584 4.5041
67.581 1.3850 0.3 ( 2 5 2) 33.790 0.3610 4.5366
67.869 1.3798 0.2 ( 1 2 4) 33.935 0.3624 4.5536
68.134 1.3751 1.6 ( 1 5 3) 34.067 0.3636 4.5693
69.103 1.3582 7.6 ( 3 2 2) 34.552 0.3681 4.6262
69.103 1.3582 7.6 ( 2 6 1) 34.552 0.3681 4.6262
69.254 1.3556 5.1 ( 3 4 0) 34.627 0.3688 4.6351
71.286 1.3218 11.1 ( 1 3 4) 35.643 0.3783 4.7534
71.286 1.3218 11.1 ( 3 4 1) 35.643 0.3783 4.7534
71.496 1.3185 7.5 ( 2 4 3) 35.748 0.3792 4.7655
72.460 1.3033 3.3 ( 3 3 2) 36.230 0.3836 4.8210
72.460 1.3033 3.3 ( 0 6 3) 36.230 0.3836 4.8210
72.873 1.2969 2.1 ( 0 4 4) 36.437 0.3855 4.8447
73.460 1.2880 0.7 ( 0 8 0) 36.730 0.3882 4.8783
74.587 1.2713 4.1 ( 2 0 4) 37.293 0.3933 4.9423
75.022 1.2650 4.2 ( 2 6 2) 37.511 0.3953 4.9669
75.249 1.2617 3.0 ( 3 5 0) 37.625 0.3963 4.9797
75.249 1.2617 3.0 ( 2 1 4) 37.625 0.3963 4.9797
75.418 1.2593 0.7 ( 0 8 1) 37.709 0.3970 4.9892
75.552 1.2574 0.7 ( 1 6 3) 37.776 0.3976 4.9968
75.830 1.2535 0.4 ( 2 7 0) 37.915 0.3989 5.0124
75.959 1.2517 0.8 ( 1 4 4) 37.980 0.3995 5.0197
76.302 1.2469 0.7 ( 3 0 3) 38.151 0.4010 5.0389
76.537 1.2437 0.4 ( 1 8 0) 38.269 0.4020 5.0521
76.960 1.2379 1.4 ( 3 1 3) 38.480 0.4039 5.0756
77.248 1.2340 1.1 ( 3 5 1) 38.624 0.4052 5.0917
77.248 1.2340 1.1 ( 2 2 4) 38.624 0.4052 5.0917
77.479 1.2309 1.3 ( 2 5 3) 38.740 0.4062 5.1045
77.767 1.2271 0.6 ( 2 7 1) 38.884 0.4075 5.1205
78.470 1.2178 0.1 ( 1 8 1) 39.235 0.4106 5.1593
78.925 1.2119 0.1 ( 3 2 3) 39.462 0.4126 5.1844
80.219 1.1956 3.5 ( 4 0 0) 40.110 0.4182 5.2552
80.491 1.1923 2.0 ( 2 3 4) 40.246 0.4194 5.2700
80.868 1.1877 0.1 ( 4 1 0) 40.434 0.4210 5.2904
81.198 1.1837 0.7 ( 0 8 2) 40.599 0.4224 5.3083
81.836 1.1760 1.2 ( 1 5 4) 40.918 0.4252 5.3427
82.171 1.1721 2.9 ( 3 3 3) 41.086 0.4266 5.3607
82.395 1.1695 1.9 ( 0 2 5) 41.198 0.4275 5.3727
82.809 1.1647 0.8 ( 1 0 5) 41.405 0.4293 5.3948
82.809 1.1647 0.8 ( 4 2 0) 41.405 0.4293 5.3948
82.994 1.1625 5.8 ( 3 5 2) 41.497 0.4301 5.4047
83.504 1.1567 1.6 ( 2 7 2) 41.752 0.4322 5.4318
83.504 1.1567 1.6 ( 1 1 5) 41.752 0.4322 5.4318
84.019 1.1509 0.2 ( 1 7 3) 42.010 0.4344 5.4591
84.195 1.1490 0.9 ( 1 8 2) 42.098 0.4352 5.4684
84.389 1.1468 1.2 ( 3 6 1) 42.194 0.4360 5.4786
84.615 1.1444 1.7 ( 2 6 3) 42.308 0.4369 5.4906
85.011 1.1400 5.6 ( 2 4 4) 42.505 0.4386 5.5114
85.574 1.1340 2.2 ( 2 8 0) 42.787 0.4409 5.5409
86.026 1.1292 0.3 ( 4 3 0) 43.013 0.4428 5.5644
86.676 1.1224 1.4 ( 3 4 3) 43.338 0.4455 5.5982
87.464 1.1143 1.3 ( 2 8 1) 43.732 0.4487 5.6388
87.810 1.1108 0.7 ( 4 0 2) 43.905 0.4501 5.6566
88.451 1.1044 1.5 ( 4 1 2) 44.225 0.4527 5.6894
88.592 1.1030 3.1 ( 1 3 5) 44.296 0.4533 5.6966
88.907 1.0999 1.7 ( 1 6 4) 44.454 0.4546 5.7126
89.434 1.0948 0.3 ( 1 9 1) 44.717 0.4567 5.7393
PDF#72-1508: QM=Calculated(C); d=Calculated; I=Calculated
Cobalt Silicate
Co Si O3
Radiation=CuKa1 Lambda=1.54060 Filter=
Calibration= 2T=9.660-81.003 I/Ic(RIR)=0.73
Ref: Calculated from ICSD using POWD-12++ (1997)
Orthorhombic - (Unknown), Pbca (61) Z=16 mp=
CELL: 18.296 x 8.923 x 5.204 <90.0 x 90.0 x 90.0> P.S=oP80 (?)
Density(c)=4.221 Density(m)=3.83A Mwt=135.02 Vol=849.58 F(30)=531.8(.0015,38/0)
Ref: Sasaki, S., Takeuchi, Y., Fujino, K., Akimoto, S.
Z. Kristallogr., v158 p279 (1982)
Strong Lines: 2.89/X 2.49/X 2.56/8 4.57/7 3.19/7 3.18/7 6.39/7 2.96/6 2.72/6 1.49/5
FIZ=017054: ATF DEN.
Published data has been corrected through correspondence with the author Electron-density distributions of three orthopyroxenes, Mg2 Si2 O6, Co2 Si2 O6, and Fe2 Si2 O6 c10 (PBCA) ABX3
2-Theta d(?) I(f) ( h k l ) Theta 1/(2d) 2pi/d n^2
9.660 9.1480 0.2 ( 2 0 0) 4.830 0.0547 0.6868
13.852 6.3876 65.8 ( 2 1 0) 6.926 0.0783 0.9837
19.390 4.5740 70.2 ( 4 0 0) 9.695 0.1093 1.3737
19.884 4.4615 1.4 ( 0 2 0) 9.942 0.1121 1.4083
20.326 4.3655 0.4 ( 1 1 1) 10.163 0.1145 1.4393
22.013 4.0345 15.1 ( 2 1 1) 11.007 0.1239 1.5573
24.581 3.6186 0.4 ( 3 1 1) 12.291 0.1382 1.7364
26.290 3.3871 9.4 ( 0 2 1) 13.145 0.1476 1.8550
26.745 3.3305 4.5 ( 1 2 1) 13.372 0.1501 1.8865
27.912 3.1938 69.4 ( 4 2 0) 13.956 0.1566 1.9673
28.068 3.1764 68.7 ( 2 2 1) 14.034 0.1574 1.9781
29.264 3.0493 1.3 ( 6 0 0) 14.632 0.1640 2.0605
30.156 2.9611 64.4 ( 3 2 1) 15.078 0.1689 2.1219
30.966 2.8855 100.0 ( 6 1 0) 15.483 0.1733 2.1775
31.499 2.8379 22.7 ( 5 1 1) 15.749 0.1762 2.2141
31.605 2.8286 15.0 ( 2 3 0) 15.802 0.1768 2.2213
32.876 2.7220 55.4 ( 4 2 1) 16.438 0.1837 2.3083
34.439 2.6020 1.6 ( 0 0 2) 17.220 0.1922 2.4148
34.797 2.5761 18.3 ( 1 0 2) 17.398 0.1941 2.4390
35.065 2.5570 77.5 ( 1 3 1) 17.533 0.1955 2.4573
35.545 2.5235 9.4 ( 6 1 1) 17.773 0.1981 2.4898
35.633 2.5175 7.0 ( 6 2 0) 17.817 0.1986 2.4958
35.850 2.5027 39.1 ( 2 0 2) 17.925 0.1998 2.5105
35.988 2.4935 26.3 ( 4 3 0) 17.994 0.2005 2.5198
36.112 2.4852 95.2 ( 5 2 1) 18.056 0.2012 2.5282
36.112 2.4852 95.2 ( 2 3 1) 18.056 0.2012 2.5282
37.550 2.3933 33.6 ( 3 0 2) 18.775 0.2089 2.6253
37.801 2.3779 4.4 ( 3 3 1) 18.901 0.2103 2.6423
38.930 2.3116 6.6 ( 3 1 2) 19.465 0.2163 2.7181
39.365 2.2870 4.6 ( 8 0 0) 19.683 0.2186 2.7473
39.864 2.2595 6.1 ( 4 0 2) 19.932 0.2213 2.7807
39.864 2.2595 6.1 ( 7 1 1) 19.932 0.2213 2.7807
40.064 2.2487 2.9 ( 0 2 2) 20.032 0.2224 2.7941
40.064 2.2487 2.9 ( 4 3 1) 20.032 0.2224 2.7941
40.397 2.2309 1.8 ( 0 4 0) 20.199 0.2241 2.8164
40.397 2.2309 1.8 ( 1 2 2) 20.199 0.2241 2.8164
40.693 2.2154 0.1 ( 8 1 0) 20.346 0.2257 2.8362
41.140 2.1923 1.7 ( 4 1 2) 20.570 0.2281 2.8660
41.638 2.1672 0.3 ( 2 4 0) 20.819 0.2307 2.8992
42.599 2.1205 44.3 ( 5 0 2) 21.300 0.2358 2.9630
42.826 2.1098 43.2 ( 3 2 2) 21.413 0.2370 2.9780
42.826 2.1098 43.2 ( 5 3 1) 21.413 0.2370 2.9780
43.709 2.0693 12.6 ( 7 2 1) 21.854 0.2416 3.0364
43.846 2.0631 21.5 ( 5 1 2) 21.923 0.2424 3.0455
44.479 2.0352 7.7 ( 8 2 0) 22.240 0.2457 3.0873
44.479 2.0352 7.7 ( 1 4 1) 22.240 0.2457 3.0873
44.896 2.0173 1.6 ( 4 2 2) 22.448 0.2479 3.1147
45.185 2.0050 5.4 ( 4 4 0) 22.593 0.2494 3.1337
45.289 2.0007 10.3 ( 2 4 1) 22.644 0.2499 3.1405
46.019 1.9706 46.3 ( 6 3 1) 23.009 0.2537 3.1884
46.700 1.9434 2.6 ( 3 4 1) 23.350 0.2573 3.2330
46.984 1.9324 0.6 ( 6 1 2) 23.492 0.2587 3.2515
47.430 1.9152 1.1 ( 2 3 2) 23.715 0.2611 3.2807
47.430 1.9152 1.1 ( 5 2 2) 23.715 0.2611 3.2807
47.957 1.8954 12.8 ( 8 2 1) 23.979 0.2638 3.3150
48.624 1.8709 3.3 ( 4 4 1) 24.312 0.2672 3.3583
48.800 1.8646 2.3 ( 3 3 2) 24.400 0.2682 3.3697
49.381 1.8440 16.1 ( 7 0 2) 24.691 0.2711 3.4073
50.395 1.8093 3.7 ( 6 2 2) 25.197 0.2764 3.4728
50.497 1.8059 3.0 ( 7 1 2) 25.248 0.2769 3.4793
50.664 1.8003 1.8 ( 4 3 2) 25.332 0.2777 3.4901
50.664 1.8003 1.8 ( 6 4 0) 25.332 0.2777 3.4901
51.017 1.7887 7.0 ( 5 4 1) 25.508 0.2795 3.5128
52.178 1.7516 16.5 ( 2 5 0) 26.089 0.2855 3.5872
52.452 1.7430 2.1 ( 9 2 1) 26.226 0.2869 3.6047
52.989 1.7266 0.5 ( 5 3 2) 26.495 0.2896 3.6389
53.476 1.7121 3.9 ( 8 3 1) 26.738 0.2920 3.6699
53.743 1.7042 6.9 ( 7 2 2) 26.872 0.2934 3.6869
53.836 1.7015 4.0 ( 6 4 1) 26.918 0.2939 3.6928
54.071 1.6946 1.9 ( 0 4 2) 27.036 0.2951 3.7077
54.071 1.6946 1.9 ( 10 1 1) 27.036 0.2951 3.7077
54.342 1.6868 5.5 ( 1 4 2) 27.171 0.2964 3.7249
54.342 1.6868 5.5 ( 8 1 2) 27.171 0.2964 3.7249
54.547 1.6810 3.0 ( 1 5 1) 27.273 0.2974 3.7379
54.791 1.6740 1.9 ( 2 1 3) 27.396 0.2987 3.7533
55.104 1.6653 3.5 ( 2 4 2) 27.552 0.3003 3.7731
55.292 1.6601 5.4 ( 2 5 1) 27.646 0.3012 3.7849
55.738 1.6478 0.3 ( 6 3 2) 27.869 0.3034 3.8130
56.025 1.6401 3.0 ( 3 1 3) 28.013 0.3049 3.8311
56.334 1.6318 1.2 ( 3 4 2) 28.167 0.3064 3.8504
56.518 1.6269 1.7 ( 3 5 1) 28.259 0.3073 3.8620
56.906 1.6168 16.9 ( 0 2 3) 28.453 0.3093 3.8863
57.043 1.6132 11.8 ( 7 4 1) 28.521 0.3099 3.8949
57.147 1.6105 12.9 ( 10 2 1) 28.574 0.3105 3.9014
57.147 1.6105 12.9 ( 1 2 3) 28.574 0.3105 3.9014
57.481 1.6019 12.6 ( 9 0 2) 28.740 0.3121 3.9222
57.481 1.6019 12.6 ( 8 2 2) 28.740 0.3121 3.9222
57.663 1.5973 21.5 ( 9 3 1) 28.831 0.3130 3.9336
57.663 1.5973 21.5 ( 8 4 0) 28.831 0.3130 3.9336
57.870 1.5921 9.4 ( 2 2 3) 28.935 0.3141 3.9465
58.207 1.5837 1.1 ( 4 5 1) 29.103 0.3157 3.9675
58.488 1.5767 4.3 ( 9 1 2) 29.244 0.3171 3.9849
58.876 1.5673 0.3 ( 7 3 2) 29.438 0.3190 4.0091
59.062 1.5628 0.7 ( 3 2 3) 29.531 0.3199 4.0205
59.181 1.5599 0.6 ( 11 1 1) 29.590 0.3205 4.0279
59.181 1.5599 0.6 ( 10 3 0) 29.590 0.3205 4.0279
59.860 1.5438 1.7 ( 5 1 3) 29.930 0.3239 4.0699
60.015 1.5402 10.1 ( 6 5 0) 30.007 0.3246 4.0794
60.156 1.5369 5.6 ( 5 4 2) 30.078 0.3253 4.0881
60.333 1.5329 3.4 ( 5 5 1) 30.167 0.3262 4.0990
60.691 1.5247 11.2 ( 4 2 3) 30.345 0.3279 4.1210
60.691 1.5247 11.2 ( 12 0 0) 30.345 0.3279 4.1210
61.447 1.5077 3.3 ( 9 2 2) 30.724 0.3316 4.1674
61.665 1.5029 2.1 ( 12 1 0) 30.833 0.3327 4.1807
62.125 1.4929 49.0 ( 11 2 1) 31.062 0.3349 4.2088
62.125 1.4929 49.0 ( 10 3 1) 31.062 0.3349 4.2088
62.390 1.4872 26.4 ( 6 1 3) 31.195 0.3362 4.2249
62.390 1.4872 26.4 ( 0 6 0) 31.195 0.3362 4.2249
62.786 1.4787 12.3 ( 2 3 3) 31.393 0.3381 4.2490
62.786 1.4787 12.3 ( 5 2 3) 31.393 0.3381 4.2490
62.914 1.4760 6.8 ( 10 1 2) 31.457 0.3387 4.2568
63.348 1.4670 2.4 ( 2 6 0) 31.674 0.3408 4.2831
63.348 1.4670 2.4 ( 1 5 2) 31.674 0.3408 4.2831
63.922 1.4552 2.5 ( 3 3 3) 31.961 0.3436 4.3178
64.482 1.4439 0.2 ( 12 2 0) 32.241 0.3463 4.3516
64.482 1.4439 0.2 ( 12 1 1) 32.241 0.3463 4.3516
65.151 1.4306 10.2 ( 0 6 1) 32.576 0.3495 4.3918
65.151 1.4306 10.2 ( 3 5 2) 32.576 0.3495 4.3918
65.353 1.4267 5.7 ( 7 1 3) 32.676 0.3505 4.4039
65.634 1.4213 1.5 ( 7 4 2) 32.817 0.3518 4.4208
65.803 1.4181 2.5 ( 7 5 1) 32.902 0.3526 4.4309
65.803 1.4181 2.5 ( 10 2 2) 32.902 0.3526 4.4309
66.000 1.4143 3.9 ( 4 6 0) 33.000 0.3535 4.4426
66.000 1.4143 3.9 ( 10 4 0) 33.000 0.3535 4.4426
66.206 1.4104 1.9 ( 9 3 2) 33.103 0.3545 4.4549
66.685 1.4014 13.5 ( 4 5 2) 33.342 0.3568 4.4834
66.685 1.4014 13.5 ( 11 0 2) 33.342 0.3568 4.4834
66.852 1.3983 25.1 ( 11 3 1) 33.426 0.3576 4.4934
67.288 1.3903 2.7 ( 12 2 1) 33.644 0.3596 4.5193
67.488 1.3867 7.0 ( 5 3 3) 33.744 0.3606 4.5311
67.612 1.3844 6.3 ( 11 1 2) 33.806 0.3612 4.5384
68.141 1.3750 3.6 ( 7 2 3) 34.071 0.3636 4.5697
68.459 1.3694 4.9 ( 0 4 3) 34.229 0.3651 4.5884
68.684 1.3654 6.2 ( 5 5 2) 34.342 0.3662 4.6017
68.684 1.3654 6.2 ( 1 4 3) 34.342 0.3662 4.6017
68.938 1.3610 2.5 ( 8 4 2) 34.469 0.3674 4.6165
69.102 1.3582 0.7 ( 8 5 1) 34.551 0.3681 4.6262
69.330 1.3543 0.4 ( 2 4 3) 34.665 0.3692 4.6395
69.886 1.3448 9.7 ( 6 3 3) 34.943 0.3718 4.6720
70.411 1.3361 0.8 ( 3 4 3) 35.206 0.3742 4.7026
70.411 1.3361 0.8 ( 6 6 0) 35.206 0.3742 4.7026
71.389 1.3202 1.1 ( 8 2 3) 35.694 0.3787 4.7593
71.847 1.3129 7.6 ( 12 3 1) 35.923 0.3808 4.7857
71.847 1.3129 7.6 ( 4 4 3) 35.923 0.3808 4.7857
72.327 1.3054 1.3 ( 9 1 3) 36.163 0.3830 4.8134
72.582 1.3014 8.1 ( 0 0 4) 36.291 0.3842 4.8280
72.582 1.3014 8.1 ( 12 1 2) 36.291 0.3842 4.8280
72.674 1.3000 6.6 ( 13 2 1) 36.337 0.3846 4.8333
72.674 1.3000 6.6 ( 7 3 3) 36.337 0.3846 4.8333
72.821 1.2977 7.8 ( 9 5 1) 36.410 0.3853 4.8417
72.821 1.2977 7.8 ( 1 0 4) 36.410 0.3853 4.8417
73.021 1.2946 2.8 ( 6 6 1) 36.511 0.3862 4.8532
73.126 1.2931 3.5 ( 14 1 0) 36.563 0.3867 4.8592
73.463 1.2880 1.3 ( 1 6 2) 36.732 0.3882 4.8784
73.463 1.2880 1.3 ( 2 0 4) 36.732 0.3882 4.8784
73.712 1.2842 2.6 ( 1 1 4) 36.856 0.3893 4.8926
73.834 1.2824 2.2 ( 5 4 3) 36.917 0.3899 4.8996
73.834 1.2824 2.2 ( 7 5 2) 36.917 0.3899 4.8996
74.098 1.2785 7.4 ( 10 5 0) 37.049 0.3911 4.9146
74.098 1.2785 7.4 ( 2 6 2) 37.049 0.3911 4.9146
74.346 1.2748 4.5 ( 2 1 4) 37.173 0.3922 4.9286
74.514 1.2724 1.1 ( 3 0 4) 37.257 0.3930 4.9382
74.832 1.2677 0.3 ( 11 3 2) 37.416 0.3944 4.9562
75.151 1.2632 7.8 ( 3 6 2) 37.575 0.3958 4.9742
75.151 1.2632 7.8 ( 2 7 0) 37.575 0.3958 4.9742
75.398 1.2596 4.4 ( 3 1 4) 37.699 0.3969 4.9881
75.732 1.2549 1.3 ( 14 2 0) 37.866 0.3984 5.0069
75.732 1.2549 1.3 ( 14 1 1) 37.866 0.3984 5.0069
75.984 1.2514 7.3 ( 4 0 4) 37.992 0.3996 5.0210
76.155 1.2490 4.3 ( 6 4 3) 38.078 0.4003 5.0307
76.155 1.2490 4.3 ( 0 2 4) 38.078 0.4003 5.0307
76.316 1.2467 4.0 ( 1 2 4) 38.158 0.4010 5.0397
76.316 1.2467 4.0 ( 8 6 0) 38.158 0.4010 5.0397
76.617 1.2426 2.0 ( 4 6 2) 38.308 0.4024 5.0565
76.617 1.2426 2.0 ( 10 4 2) 38.308 0.4024 5.0565
76.733 1.2410 1.3 ( 1 5 3) 38.366 0.4029 5.0630
76.733 1.2410 1.3 ( 10 5 1) 38.366 0.4029 5.0630
76.983 1.2376 3.7 ( 2 2 4) 38.491 0.4040 5.0769
76.983 1.2376 3.7 ( 8 5 2) 38.491 0.4040 5.0769
77.153 1.2353 1.8 ( 1 7 1) 38.577 0.4048 5.0864
77.358 1.2325 1.7 ( 2 5 3) 38.679 0.4057 5.0978
77.703 1.2279 0.6 ( 4 7 0) 38.852 0.4072 5.1169
78.039 1.2235 0.3 ( 3 2 4) 39.020 0.4087 5.1355
78.039 1.2235 0.3 ( 12 4 1) 39.020 0.4087 5.1355
78.489 1.2176 5.4 ( 5 6 2) 39.245 0.4107 5.1604
78.733 1.2144 3.8 ( 5 1 4) 39.366 0.4117 5.1738
78.958 1.2115 1.0 ( 10 2 3) 39.479 0.4127 5.1862
79.377 1.2062 0.7 ( 9 3 3) 39.688 0.4145 5.2092
79.480 1.2049 0.6 ( 4 2 4) 39.740 0.4150 5.2148
79.624 1.2031 0.4 ( 12 3 2) 39.812 0.4156 5.2227
79.845 1.2003 0.2 ( 4 5 3) 39.922 0.4166 5.2348
80.151 1.1965 0.5 ( 14 3 0) 40.076 0.4179 5.2515
80.151 1.1965 0.5 ( 6 0 4) 40.076 0.4179 5.2515
80.504 1.1921 6.0 ( 13 2 2) 40.252 0.4194 5.2706
80.504 1.1921 6.0 ( 9 5 2) 40.252 0.4194 5.2706
80.689 1.1898 3.2 ( 1 3 4) 40.344 0.4202 5.2807
80.689 1.1898 3.2 ( 11 1 3) 40.344 0.4202 5.2807
81.003 1.1860 1.7 ( 11 4 2) 40.501 0.4216 5.2977
81.003 1.1860 1.7 ( 6 1 4) 40.501 0.4216 5.2977，