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有大佬有这两个的PDF卡片吗？急求！！！需要txt格式来作图对比，我的jade上面没有

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PDF#65-2432: QM=Calculated; d=Calculated; I=(Unknown)
Antimony Sulfide
Sb2S3
Radiation=CuKa1 Lambda=1.5406 Filter=
Calibration= 2T=11.104-89.336 I/Ic(RIR)=2.67
Ref: Calculated from FIZ#0 (ICSD @04/06/18) by Jade 6.x

Orthorhombic,  Pnma(62) Z=4 mp=
CELL: 11.3 x 3.837 x 11.22 <90.0 x 90.0 x 90.0> P.S=
Density(c)=4.64 Density(m)= Mwt= Vol=486.5
Ref: Ibid.

Strong Lines: 3.05/X  5.05/7  1.94/4  2.76/4  1.94/4  1.69/4  1.92/4  3.55/3
2-Theta d(?) I(f) ( h k l ) Theta 1/(2d) 2pi/d n^2
11.104 7.9619 5.2 ( 1 0 1) 5.552 0.0628 0.7892
15.671 5.6500 17.3 ( 2 0 0) 7.836 0.0885 1.1121
15.784 5.6100 7.2 ( 0 0 2) 7.892 0.0891 1.1200
17.560 5.0463 67.7 ( 2 0 1) 8.780 0.0991 1.2451
22.313 3.9809 10.6 ( 2 0 2) 11.157 0.1256 1.5783
24.499 3.6306 10.3 ( 0 1 1) 12.249 0.1377 1.7306
24.915 3.5708 29.9 ( 3 0 1) 12.457 0.1400 1.7596
25.059 3.5506 33.0 ( 1 0 3) 12.530 0.1408 1.7696
25.753 3.4565 12.5 ( 1 1 1) 12.876 0.1447 1.8178
28.088 3.1742 5.9 ( 2 1 0) 14.044 0.1575 1.9794
28.519 3.1272 12.7 ( 3 0 2) 14.260 0.1599 2.0092
28.599 3.1186 14.5 ( 2 0 3) 14.300 0.1603 2.0147
29.261 3.0496 100.0 ( 2 1 1) 14.631 0.1640 2.0604
31.646 2.8250 0.3 ( 4 0 0) 15.823 0.1770 2.2241
32.379 2.7627 44.1 ( 2 1 2) 16.190 0.1810 2.2743
32.872 2.7224 2.0 ( 1 0 4) 16.436 0.1837 2.3080
33.430 2.6782 21.5 ( 0 1 3) 16.715 0.1867 2.3460
33.744 2.6540 1.4 ( 3 0 3) 16.872 0.1884 2.3675
34.276 2.6140 2.7 ( 3 1 1) 17.138 0.1913 2.4037
34.384 2.6060 8.3 ( 1 1 3) 17.192 0.1919 2.4110
35.551 2.5231 18.6 ( 4 0 2) 17.775 0.1982 2.4902
35.708 2.5124 12.0 ( 2 0 4) 17.854 0.1990 2.5009
37.055 2.4241 15.2 ( 3 1 2) 18.528 0.2063 2.5920
39.583 2.2749 10.8 ( 4 1 0) 19.791 0.2198 2.7619
39.962 2.2542 2.7 ( 4 0 3) 19.981 0.2218 2.7873
40.045 2.2497 4.7 ( 3 0 4) 20.023 0.2222 2.7929
40.423 2.2296 12.1 ( 4 1 1) 20.211 0.2243 2.8181
40.599 2.2203 7.5 ( 1 1 4) 20.299 0.2252 2.8299
40.691 2.2155 2.1 ( 5 0 1) 20.345 0.2257 2.8360
40.970 2.2010 1.7 ( 1 0 5) 20.485 0.2272 2.8547
41.330 2.1827 2.2 ( 3 1 3) 20.665 0.2291 2.8786
42.862 2.1082 1.7 ( 4 1 2) 21.431 0.2372 2.9804
42.996 2.1019 7.7 ( 2 1 4) 21.498 0.2379 2.9893
43.117 2.0963 11.4 ( 5 0 2) 21.558 0.2385 2.9973
43.350 2.0855 4.7 ( 2 0 5) 21.675 0.2397 3.0128
45.534 1.9905 2.8 ( 4 0 4) 22.767 0.2512 3.1566
46.769 1.9407 41.0 ( 4 1 3) 23.385 0.2576 3.2375
46.863 1.9371 44.8 ( 0 1 5) 23.432 0.2581 3.2437
47.101 1.9278 7.6 ( 3 0 5) 23.551 0.2594 3.2592
47.344 1.9185 35.2 ( 5 1 1) 23.672 0.2606 3.2751
48.284 1.8833 2.3 ( 6 0 0) 24.142 0.2655 3.3362
48.650 1.8700 1.7 ( 0 0 6) 24.325 0.2674 3.3600
48.786 1.8651 1.1 ( 1 2 1) 24.393 0.2681 3.3688
49.003 1.8573 1.5 ( 6 0 1) 24.502 0.2692 3.3829
49.356 1.8449 2.8 ( 1 0 6) 24.678 0.2710 3.4057
49.507 1.8396 2.6 ( 5 1 2) 24.753 0.2718 3.4154
49.717 1.8324 0.7 ( 2 1 5) 24.858 0.2729 3.4290
50.177 1.8166 2.8 ( 2 2 0) 25.088 0.2752 3.4587
50.876 1.7933 5.8 ( 2 2 1) 25.438 0.2788 3.5037
51.117 1.7854 0.9 ( 6 0 2) 25.558 0.2800 3.5192
51.429 1.7753 1.4 ( 2 0 6) 25.715 0.2816 3.5392
51.692 1.7669 0.4 ( 4 1 4) 25.846 0.2830 3.5561
52.001 1.7571 2.3 ( 4 0 5) 26.000 0.2846 3.5759
52.970 1.7272 19.0 ( 2 2 2) 26.485 0.2895 3.6377
53.123 1.7226 8.7 ( 3 1 5) 26.561 0.2903 3.6475
54.208 1.6907 35.6 ( 6 1 0) 27.104 0.2957 3.7164
54.306 1.6879 12.2 ( 1 2 3) 27.153 0.2962 3.7226
54.872 1.6718 0.4 ( 6 1 1) 27.436 0.2991 3.7584
55.197 1.6627 0.7 ( 1 1 6) 27.599 0.3007 3.7789
56.203 1.6353 6.5 ( 3 2 2) 28.102 0.3058 3.8422
56.829 1.6187 0.1 ( 6 1 2) 28.415 0.3089 3.8815
57.120 1.6112 0.9 ( 2 1 6) 28.560 0.3103 3.8997
57.653 1.5976 2.8 ( 7 0 1) 28.826 0.3130 3.9330
57.859 1.5924 0.8 ( 5 0 5) 28.929 0.3140 3.9458
58.069 1.5871 0.3 ( 4 2 0) 29.034 0.3150 3.9589
58.212 1.5835 0.1 ( 0 2 4) 29.106 0.3157 3.9678
58.836 1.5682 0.7 ( 1 2 4) 29.418 0.3188 4.0066
59.028 1.5636 0.6 ( 6 0 4) 29.514 0.3198 4.0184
59.206 1.5593 1.3 ( 4 0 6) 29.603 0.3207 4.0294
59.395 1.5548 0.9 ( 3 2 3) 29.697 0.3216 4.0412
59.541 1.5513 1.2 ( 7 0 2) 29.770 0.3223 4.0502
59.938 1.5420 9.6 ( 2 0 7) 29.969 0.3243 4.0747
60.237 1.5351 1.7 ( 3 1 6) 30.119 0.3257 4.0931
60.581 1.5272 6.4 ( 4 2 2) 30.290 0.3274 4.1143
60.686 1.5248 4.0 ( 2 2 4) 30.343 0.3279 4.1207
62.626 1.4821 1.8 ( 7 0 3) 31.313 0.3374 4.2393
62.773 1.4790 1.1 ( 0 1 7) 31.387 0.3381 4.2483
62.961 1.4750 2.9 ( 7 1 1) 31.480 0.3390 4.2596
63.166 1.4707 0.9 ( 5 1 5) 31.583 0.3400 4.2721
63.371 1.4665 0.3 ( 1 1 7) 31.685 0.3410 4.2845
63.696 1.4598 3.5 ( 4 2 3) 31.848 0.3425 4.3042
64.365 1.4462 1.0 ( 1 2 5) 32.182 0.3457 4.3446
64.546 1.4426 3.3 ( 6 0 5) 32.273 0.3466 4.3555
64.766 1.4382 2.1 ( 7 1 2) 32.383 0.3476 4.3687
65.144 1.4308 3.5 ( 2 1 7) 32.572 0.3495 4.3914
65.949 1.4153 3.7 ( 5 2 2) 32.974 0.3533 4.4396
66.124 1.4119 7.5 ( 8 0 0) 33.062 0.3541 4.4500
66.627 1.4025 2.8 ( 0 0 8) 33.313 0.3565 4.4800
66.808 1.3991 2.3 ( 7 0 4) 33.404 0.3574 4.4908
67.082 1.3941 1.0 ( 4 0 7) 33.541 0.3587 4.5070
67.206 1.3918 0.4 ( 1 0 8) 33.603 0.3592 4.5144
67.785 1.3813 3.1 ( 7 1 3) 33.892 0.3620 4.5486
68.046 1.3767 0.9 ( 3 1 7) 34.023 0.3632 4.5640
68.437 1.3698 0.4 ( 8 0 2) 34.219 0.3650 4.5871
69.004 1.3599 6.1 ( 2 0 8) 34.502 0.3677 4.6204
69.563 1.3503 2.2 ( 6 1 5) 34.781 0.3703 4.6531
69.938 1.3440 1.3 ( 6 2 0) 34.969 0.3720 4.6751
70.230 1.3391 1.0 ( 0 2 6) 35.115 0.3734 4.6921
70.512 1.3344 0.9 ( 6 2 1) 35.256 0.3747 4.7085
70.795 1.3298 1.6 ( 1 2 6) 35.397 0.3760 4.7249
70.968 1.3270 1.9 ( 6 0 6) 35.484 0.3768 4.7350
71.313 1.3214 0.3 ( 8 0 3) 35.657 0.3784 4.7549
71.627 1.3164 0.2 ( 8 1 1) 35.814 0.3798 4.7731
72.012 1.3103 11.3 ( 7 0 5) 36.006 0.3816 4.7953
72.132 1.3084 3.4 ( 1 1 8) 36.066 0.3821 4.8022
72.222 1.3070 7.8 ( 5 0 7) 36.111 0.3826 4.8073
72.478 1.3030 1.2 ( 2 2 6) 36.239 0.3837 4.8221
72.948 1.2958 2.8 ( 5 2 4) 36.474 0.3859 4.8490
73.326 1.2900 2.3 ( 8 1 2) 36.663 0.3876 4.8706
73.803 1.2829 0.3 ( 2 1 8) 36.901 0.3898 4.8978
74.624 1.2708 0.3 ( 0 3 1) 37.312 0.3935 4.9444
75.037 1.2648 1.8 ( 6 2 3) 37.519 0.3953 4.9678
75.175 1.2628 2.2 ( 1 3 1) 37.588 0.3959 4.9756
75.789 1.2541 1.1 ( 6 1 6) 37.894 0.3987 5.0101
76.126 1.2494 0.3 ( 8 1 3) 38.063 0.4002 5.0290
76.242 1.2478 1.2 ( 9 0 1) 38.121 0.4007 5.0355
76.557 1.2434 0.4 ( 3 1 8) 38.279 0.4021 5.0531
76.845 1.2395 6.3 ( 1 3 2) 38.422 0.4034 5.0692
76.987 1.2376 1.7 ( 5 1 7) 38.493 0.4040 5.0771
77.714 1.2278 0.4 ( 7 2 1) 38.857 0.4072 5.1175
77.905 1.2252 1.2 ( 5 2 5) 38.953 0.4081 5.1281
78.154 1.2220 1.0 ( 1 2 7) 39.077 0.4092 5.1419
78.255 1.2206 0.4 ( 6 0 7) 39.128 0.4096 5.1475
78.480 1.2177 4.9 ( 2 3 2) 39.240 0.4106 5.1599
79.062 1.2102 4.0 ( 0 3 3) 39.531 0.4132 5.1919
79.367 1.2063 1.3 ( 7 2 2) 39.684 0.4145 5.2086
79.716 1.2019 3.5 ( 2 2 7) 39.858 0.4160 5.2277
79.991 1.1985 2.9 ( 8 1 4) 39.995 0.4172 5.2427
80.237 1.1954 0.9 ( 8 0 5) 40.118 0.4183 5.2561
80.539 1.1917 1.3 ( 5 0 8) 40.269 0.4196 5.2725
80.955 1.1866 1.8 ( 9 1 1) 40.477 0.4214 5.2951
81.033 1.1856 1.6 ( 0 1 9) 40.517 0.4217 5.2994
81.209 1.1835 4.6 ( 3 0 9) 40.604 0.4225 5.3089
81.572 1.1792 0.5 ( 1 1 9) 40.786 0.4240 5.3284
82.104 1.1729 1.4 ( 7 2 3) 41.052 0.4263 5.3571
82.411 1.1693 0.8 ( 3 2 7) 41.206 0.4276 5.3736
82.592 1.1672 1.0 ( 9 1 2) 41.296 0.4284 5.3832
82.838 1.1643 4.5 ( 4 3 0) 41.419 0.4294 5.3963
83.183 1.1604 1.1 ( 2 1 9) 41.592 0.4309 5.4148
83.311 1.1589 1.1 ( 4 3 1) 41.656 0.4314 5.4216
83.836 1.1530 4.7 ( 6 2 5) 41.918 0.4337 5.4494
84.467 1.1460 1.3 ( 9 0 4) 42.233 0.4363 5.4828
84.896 1.1413 1.3 ( 8 1 5) 42.448 0.4381 5.5053
85.032 1.1398 0.8 ( 2 3 4) 42.516 0.4387 5.5125
85.194 1.1381 0.6 ( 5 1 8) 42.597 0.4393 5.5210
85.308 1.1368 1.5 ( 7 0 7) 42.654 0.4398 5.5269
85.738 1.1322 2.8 ( 0 2 8) 42.869 0.4416 5.5494
85.905 1.1305 4.2 ( 7 2 4) 42.953 0.4423 5.5581
86.158 1.1278 2.3 ( 4 2 7) 43.079 0.4433 5.5713
86.489 1.1243 1.4 ( 6 0 8) 43.245 0.4447 5.5885
86.711 1.1220 0.5 ( 0 0 10) 43.356 0.4456 5.6000
87.244 1.1165 0.3 ( 1 0 10) 43.622 0.4478 5.6275
87.414 1.1148 0.5 ( 8 2 2) 43.707 0.4485 5.6363
87.700 1.1119 5.7 ( 3 3 4) 43.850 0.4497 5.6510
88.302 1.1058 0.4 ( 1 3 5) 44.151 0.4521 5.6818
89.094 1.0981 0.1 ( 9 1 4) 44.547 0.4553 5.7221
89.336 1.0957 0.1 ( 9 0 5) 44.668 0.4563 5.7344
PDF#65-2434(Deleted): QM=Uncommon(?); d=Calculated; I=(Unknown)
Antimony Sulfide
Sb2S3
Radiation=CuKa1 Lambda=1.5406 Filter=
Calibration= 2T=11.102-89.805 I/Ic(RIR)=2.55
Ref: Calculated from FIZ#-1 (ICSD @04/06/18) by Jade 6.x

Orthorhombic,  Pnma(62) Z=4 mp=
CELL: 11.3018 x 3.8341 x 11.2217 <90.0 x 90.0 x 90.0> P.S=
Density(c)=4.639 Density(m)= Mwt= Vol=486.3
Ref: Ibid.

Strong Lines: 3.05/X  5.05/6  2.76/5  1.94/4  1.94/4  3.55/3  1.92/3  3.57/3
2-Theta d(?) I(f) ( h k l ) Theta 1/(2d) 2pi/d n^2
11.102 7.9631 6.3 ( 1 0 1) 5.551 0.0628 0.7890
15.669 5.6509 15.8 ( 2 0 0) 7.834 0.0885 1.1119
15.781 5.6108 7.4 ( 0 0 2) 7.891 0.0891 1.1198
17.557 5.0471 58.4 ( 2 0 1) 8.779 0.0991 1.2449
22.310 3.9815 13.5 ( 2 0 2) 11.155 0.1256 1.5781
24.515 3.6282 11.5 ( 0 1 1) 12.257 0.1378 1.7318
24.911 3.5714 31.0 ( 3 0 1) 12.455 0.1400 1.7593
25.055 3.5511 34.9 ( 1 0 3) 12.528 0.1408 1.7694
25.768 3.4545 11.5 ( 1 1 1) 12.884 0.1447 1.8188
28.101 3.1727 6.0 ( 2 1 0) 14.051 0.1576 1.9804
28.515 3.1277 13.8 ( 3 0 2) 14.257 0.1599 2.0089
28.595 3.1191 14.4 ( 2 0 3) 14.297 0.1603 2.0144
29.274 3.0483 100.0 ( 2 1 1) 14.637 0.1640 2.0612
31.641 2.8254 0.3 ( 4 0 0) 15.820 0.1770 2.2238
32.390 2.7618 45.3 ( 2 1 2) 16.195 0.1810 2.2750
32.867 2.7228 1.6 ( 1 0 4) 16.433 0.1836 2.3076
33.440 2.6774 20.7 ( 0 1 3) 16.720 0.1867 2.3467
33.739 2.6544 1.4 ( 3 0 3) 16.870 0.1884 2.3671
34.394 2.6053 9.8 ( 1 1 3) 17.197 0.1919 2.4117
35.545 2.5236 20.6 ( 4 0 2) 17.772 0.1981 2.4898
35.702 2.5128 13.0 ( 2 0 4) 17.851 0.1990 2.5005
37.063 2.4236 15.5 ( 3 1 2) 18.532 0.2063 2.5925
39.589 2.2745 12.0 ( 4 1 0) 19.795 0.2198 2.7624
39.956 2.2545 3.3 ( 4 0 3) 19.978 0.2218 2.7869
40.039 2.2501 5.3 ( 3 0 4) 20.019 0.2222 2.7924
40.429 2.2292 13.9 ( 4 1 1) 20.215 0.2243 2.8186
40.605 2.2200 8.5 ( 1 1 4) 20.303 0.2252 2.8303
40.964 2.2013 1.8 ( 1 0 5) 20.482 0.2271 2.8542
41.336 2.1824 1.9 ( 3 1 3) 20.668 0.2291 2.8790
42.867 2.1079 1.8 ( 4 1 2) 21.433 0.2372 2.9807
43.001 2.1017 9.1 ( 2 1 4) 21.501 0.2379 2.9896
43.110 2.0966 11.0 ( 5 0 2) 21.555 0.2385 2.9968
43.343 2.0859 4.5 ( 2 0 5) 21.672 0.2397 3.0123
45.526 1.9908 2.8 ( 4 0 4) 22.763 0.2512 3.1561
46.773 1.9406 37.2 ( 4 1 3) 23.387 0.2577 3.2378
46.867 1.9369 40.9 ( 0 1 5) 23.434 0.2581 3.2439
47.094 1.9281 8.0 ( 3 0 5) 23.547 0.2593 3.2587
47.382 1.9171 31.9 ( 5 1 1) 23.691 0.2608 3.2775
48.276 1.8836 2.0 ( 6 0 0) 24.138 0.2654 3.3357
48.643 1.8703 2.2 ( 0 0 6) 24.321 0.2673 3.3595
48.823 1.8638 1.3 ( 1 2 1) 24.411 0.2683 3.3712
48.995 1.8576 1.5 ( 6 0 1) 24.498 0.2692 3.3823
49.348 1.8452 2.3 ( 1 0 6) 24.674 0.2710 3.4052
49.509 1.8396 1.8 ( 5 1 2) 24.755 0.2718 3.4156
49.720 1.8323 0.6 ( 2 1 5) 24.860 0.2729 3.4292
50.212 1.8154 2.4 ( 2 2 0) 25.106 0.2754 3.4610
50.911 1.7921 4.5 ( 2 2 1) 25.456 0.2790 3.5060
51.108 1.7857 1.5 ( 6 0 2) 25.554 0.2800 3.5186
51.421 1.7756 1.2 ( 2 0 6) 25.710 0.2816 3.5387
51.694 1.7668 0.3 ( 4 1 4) 25.847 0.2830 3.5562
51.992 1.7574 3.4 ( 5 0 4) 25.996 0.2845 3.5753
52.972 1.7272 17.7 ( 2 2 2) 26.486 0.2895 3.6379
53.125 1.7226 8.7 ( 3 1 5) 26.562 0.2903 3.6476
54.209 1.6906 27.2 ( 6 1 0) 27.105 0.2957 3.7165
54.338 1.6869 12.8 ( 1 2 3) 27.169 0.2964 3.7246
54.498 1.6824 6.2 ( 6 0 3) 27.249 0.2972 3.7347
54.872 1.6718 0.4 ( 6 1 1) 27.436 0.2991 3.7584
55.198 1.6627 0.8 ( 1 1 6) 27.599 0.3007 3.7790
56.234 1.6345 6.0 ( 3 2 2) 28.117 0.3059 3.8442
56.830 1.6187 0.1 ( 6 1 2) 28.415 0.3089 3.8815
57.121 1.6112 0.5 ( 2 1 6) 28.560 0.3103 3.8997
57.653 1.5976 1.7 ( 7 0 1) 28.827 0.3130 3.9330
57.849 1.5926 0.5 ( 5 0 5) 28.924 0.3139 3.9452
58.065 1.5872 0.1 ( 1 0 7) 29.032 0.3150 3.9586
58.099 1.5864 0.1 ( 4 2 0) 29.049 0.3152 3.9607
58.242 1.5828 0.1 ( 0 2 4) 29.121 0.3159 3.9697
58.866 1.5675 0.5 ( 1 2 4) 29.433 0.3190 4.0084
59.018 1.5638 0.6 ( 6 0 4) 29.509 0.3197 4.0178
59.196 1.5596 1.2 ( 4 0 6) 29.598 0.3206 4.0288
59.424 1.5541 0.7 ( 3 2 3) 29.712 0.3217 4.0429
59.531 1.5516 1.1 ( 7 0 2) 29.765 0.3223 4.0495
59.928 1.5422 8.8 ( 2 0 7) 29.964 0.3242 4.0741
60.237 1.5351 1.2 ( 3 1 6) 30.118 0.3257 4.0931
60.609 1.5265 6.2 ( 4 2 2) 30.304 0.3275 4.1160
60.714 1.5241 3.8 ( 2 2 4) 30.357 0.3281 4.1224
62.615 1.4823 2.0 ( 7 0 3) 31.308 0.3373 4.2387
62.772 1.4790 1.3 ( 0 1 7) 31.386 0.3381 4.2482
62.959 1.4751 2.7 ( 3 0 7) 31.480 0.3390 4.2596
63.165 1.4708 0.8 ( 5 1 5) 31.582 0.3400 4.2720
63.369 1.4665 0.3 ( 1 1 7) 31.685 0.3409 4.2844
63.722 1.4592 3.5 ( 4 2 3) 31.861 0.3426 4.3058
64.535 1.4428 2.7 ( 6 0 5) 32.267 0.3465 4.3548
64.763 1.4383 1.6 ( 7 1 2) 32.382 0.3476 4.3685
65.142 1.4308 3.0 ( 2 1 7) 32.571 0.3494 4.3913
65.974 1.4148 2.7 ( 5 2 2) 32.987 0.3534 4.4411
66.149 1.4115 5.9 ( 8 0 0) 33.074 0.3542 4.4515
66.616 1.4027 2.4 ( 0 0 8) 33.308 0.3565 4.4793
66.797 1.3994 2.1 ( 7 0 4) 33.398 0.3573 4.4901
67.070 1.3943 0.9 ( 4 0 7) 33.535 0.3586 4.5063
67.194 1.3920 0.5 ( 1 0 8) 33.597 0.3592 4.5137
67.714 1.3826 0.9 ( 7 1 3) 33.857 0.3616 4.5444
67.810 1.3809 1.4 ( 4 2 4) 33.905 0.3621 4.5501
68.043 1.3767 0.7 ( 3 1 7) 34.021 0.3632 4.5639
68.425 1.3700 0.3 ( 8 0 2) 34.212 0.3650 4.5864
69.029 1.3594 3.0 ( 3 2 5) 34.514 0.3678 4.6219
69.559 1.3504 4.2 ( 6 1 5) 34.780 0.3703 4.6529
69.961 1.3436 1.0 ( 6 2 0) 34.981 0.3721 4.6764
70.253 1.3387 1.2 ( 0 2 6) 35.127 0.3735 4.6934
70.535 1.3341 0.9 ( 6 2 1) 35.268 0.3748 4.7098
70.818 1.3294 1.2 ( 1 2 6) 35.409 0.3761 4.7263
70.956 1.3272 1.4 ( 6 0 6) 35.478 0.3767 4.7342
71.300 1.3216 0.3 ( 8 0 3) 35.650 0.3783 4.7542
72.008 1.3103 10.2 ( 7 0 5) 36.004 0.3816 4.7950
72.128 1.3085 2.7 ( 1 1 8) 36.064 0.3821 4.8020
72.244 1.3067 6.6 ( 5 0 7) 36.122 0.3827 4.8086
72.500 1.3027 0.9 ( 2 2 6) 36.250 0.3838 4.8234
72.970 1.2954 1.9 ( 5 2 4) 36.485 0.3860 4.8503
73.321 1.2901 2.2 ( 8 1 2) 36.661 0.3876 4.8703
73.799 1.2829 0.2 ( 2 1 8) 36.899 0.3897 4.8976
74.689 1.2698 0.3 ( 0 3 1) 37.344 0.3938 4.9481
75.058 1.2645 1.4 ( 6 2 3) 37.529 0.3954 4.9689
75.240 1.2619 2.1 ( 1 3 1) 37.620 0.3962 4.9792
75.784 1.2542 1.2 ( 6 1 6) 37.892 0.3987 5.0098
76.228 1.2480 0.4 ( 9 0 1) 38.114 0.4007 5.0347
76.330 1.2465 0.3 ( 2 3 0) 38.165 0.4011 5.0405
76.552 1.2435 0.4 ( 3 1 8) 38.276 0.4021 5.0529
76.909 1.2386 4.4 ( 2 3 1) 38.454 0.4037 5.0728
77.734 1.2275 0.2 ( 7 2 1) 38.867 0.4073 5.1186
77.890 1.2254 0.7 ( 9 0 2) 38.945 0.4080 5.1273
78.140 1.2221 0.5 ( 1 2 7) 39.070 0.4091 5.1411
78.241 1.2208 0.3 ( 6 0 7) 39.120 0.4096 5.1467
78.543 1.2169 3.7 ( 2 0 9) 39.271 0.4109 5.1634
78.938 1.2118 0.4 ( 6 2 4) 39.469 0.4126 5.1851
79.124 1.2094 3.0 ( 4 2 6) 39.562 0.4134 5.1953
79.386 1.2061 1.3 ( 7 2 2) 39.693 0.4146 5.2097
79.736 1.2017 5.9 ( 1 3 3) 39.868 0.4161 5.2288
79.984 1.1985 2.5 ( 8 1 4) 39.992 0.4172 5.2424
80.222 1.1956 0.7 ( 8 0 5) 40.111 0.4182 5.2553
80.524 1.1919 1.0 ( 5 0 8) 40.262 0.4195 5.2717
80.947 1.1867 1.5 ( 9 1 1) 40.474 0.4213 5.2947
81.027 1.1857 1.6 ( 0 1 9) 40.513 0.4217 5.2990
81.194 1.1837 3.2 ( 3 0 9) 40.597 0.4224 5.3080
82.122 1.1727 1.4 ( 7 2 3) 41.061 0.4264 5.3580
82.429 1.1691 0.8 ( 3 2 7) 41.215 0.4277 5.3745
82.584 1.1673 0.8 ( 9 1 2) 41.292 0.4283 5.3828
82.831 1.1644 4.6 ( 4 3 0) 41.415 0.4294 5.3960
83.176 1.1605 1.1 ( 2 1 9) 41.588 0.4309 5.4144
83.372 1.1582 1.0 ( 4 3 1) 41.686 0.4317 5.4248
83.488 1.1569 0.5 ( 1 3 4) 41.744 0.4322 5.4310
83.854 1.1528 3.4 ( 6 2 5) 41.927 0.4337 5.4504
84.450 1.1462 0.9 ( 9 0 4) 42.225 0.4362 5.4819
84.888 1.1414 1.2 ( 8 1 5) 42.444 0.4381 5.5049
85.092 1.1392 1.6 ( 2 3 4) 42.546 0.4389 5.5156
85.299 1.1369 1.1 ( 8 2 0) 42.650 0.4398 5.5265
85.923 1.1303 3.6 ( 7 2 4) 42.962 0.4424 5.5591
86.289 1.1264 2.0 ( 8 0 6) 43.145 0.4439 5.5781
86.472 1.1245 1.4 ( 6 0 8) 43.236 0.4446 5.5876
86.695 1.1222 0.4 ( 0 0 10) 43.347 0.4456 5.5991
87.228 1.1167 0.2 ( 1 0 10) 43.614 0.4478 5.6267
87.431 1.1146 0.3 ( 8 2 2) 43.715 0.4486 5.6371
87.759 1.1113 3.9 ( 3 3 4) 43.880 0.4499 5.6540
88.093 1.1079 2.4 ( 10 0 2) 44.047 0.4513 5.6711
88.360 1.1053 0.3 ( 1 3 5) 44.180 0.4524 5.6848
89.084 1.0982 0.1 ( 9 1 4) 44.542 0.4553 5.7216
89.318 1.0959 0.1 ( 9 0 5) 44.659 0.4563 5.7335
89.579 1.0934 0.1 ( 4 1 9) 44.790 0.4573 5.7467
89.805 1.0912 0.5 ( 6 2 6) 44.902 0.4582 5.7581
PDF#21-0406(Deleted): QM=Uncommon(?); d=Film/Visual; I=(Unknown)
Indium Oxide
In2O3
Radiation=CuKa1 Lambda=1.5406 Filter=
Calibration= 2T=22.376-71.028 I/Ic(RIR)=
Ref: Level-1 PDF

Hexagonal,  R-3c(167) Z=6 mp=
CELL: 5.49 x 5.49 x 14.52 <90.0 x 90.0 x 120.0> P.S=
Density(c)=6.4 Density(m)= Mwt= Vol=379.0
Ref: Ibid.

Strong Lines: 2.88/X  2.75/9  1.99/7  1.61/6  1.81/6  3.97/5  1.58/5  1.69/3
2-Theta d(?) I(f) ( h k l ) Theta 1/(2d) 2pi/d n^2
22.376 3.9700 50.0 ( 0 1 2) 11.188 0.1259 1.5827
30.971 2.8850 100.0 ( 1 0 4) 15.486 0.1733 2.1779
32.569 2.7470 90.0 ( 1 1 0) 16.285 0.1820 2.2873
37.136 2.4190 10.0 ( 0 0 6) 18.568 0.2067 2.5974
37.701 2.3840 20.0 ( 1 1 3) 18.851 0.2097 2.6356
39.947 2.2550 10.0 ( 2 0 2) 19.974 0.2217 2.7863
45.666 1.9850 70.0 ( 0 2 4) 22.833 0.2519 3.1653
50.255 1.8140 60.0 ( 1 1 6) 25.127 0.2756 3.4637
52.486 1.7420 10.0 ( 1 2 2) 26.243 0.2870 3.6069
54.093 1.6940 30.0 ( 0 1 8) 27.046 0.2952 3.7091
57.166 1.6100 60.0 ( 2 1 4) 28.583 0.3106 3.9026
58.194 1.5840 50.0 ( 3 0 0) 29.097 0.3157 3.9667
64.576 1.4420 10.0 ( 2 0 8) 32.288 0.3467 4.3573
67.360 1.3890 20.0 ( 1 0 10) 33.680 0.3600 4.5235
68.253 1.3730 20.0 ( 2 2 0) 34.126 0.3642 4.5762
71.028 1.3260 10.0 ( 3 0 6) 35.514 0.3771 4.7385