Djurleite
Evans H T
Science 203 (1979) 356-358
Djurleite (Cu1.94S) and low chalcocite (Cu2S): New crystal structure studies
Locality: Ozark Lead Co. mine, Sweetwater, Missouri
_database_code_amcsd 0019203
CELL PARAMETERS: 26.8970 15.7450 13.5650 90.000 90.130 90.000
SPACE GROUP: P2_1/n
X-RAY WAVELENGTH: 1.541838
Cell Volume: 5744.671
Density (g/cm3): 5.704
MAX. ABS. INTENSITY / VOLUME**2: 18.91192912
RIR: 1.080
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
6.57 1.35 13.4485 2 0 0 2
13.09 1.45 6.7618 -3 1 1 4
13.41 1.09 6.6025 -1 2 1 4
13.42 1.96 6.5989 1 2 1 4
15.67 2.17 5.6567 -2 1 2 4
18.56 1.08 4.7806 -4 0 2 2
19.29 1.12 4.6008 -2 3 1 4
20.67 1.58 4.2977 -3 3 1 4
20.68 4.64 4.2947 3 3 1 4
21.06 1.77 4.2187 5 2 1 4
21.61 1.14 4.1115 -6 1 1 4
22.72 2.03 3.9141 -3 1 3 4
22.76 6.17 3.9074 3 1 3 4
22.93 2.18 3.8788 1 2 3 4
23.61 6.95 3.7687 -3 3 2 4
23.63 8.56 3.7647 3 3 2 4
23.75 2.06 3.7462 -6 2 1 4
23.97 1.15 3.7125 5 2 2 4
24.09 1.15 3.6948 7 0 1 2
24.36 3.11 3.6536 -4 1 3 4
24.46 1.08 3.6399 -2 4 1 4
24.75 5.24 3.5971 7 1 1 4
24.77 1.43 3.5950 -3 2 3 4
24.80 2.02 3.5898 3 2 3 4
25.23 2.29 3.5298 4 3 2 4
25.58 2.40 3.4825 3 4 1 4
25.71 2.46 3.4652 -5 0 3 2
26.22 1.20 3.3989 -1 3 3 4
26.23 1.55 3.3975 1 3 3 4
26.23 28.40 3.3970 4 4 0 4
26.29 4.20 3.3901 -4 2 3 4
26.33 4.02 3.3843 4 2 3 4
26.34 1.33 3.3842 -5 1 3 4
26.36 1.43 3.3809 -6 2 2 4
26.39 2.74 3.3770 5 1 3 4
26.51 4.05 3.3621 8 0 0 2
26.65 4.01 3.3447 7 2 1 4
26.85 1.24 3.3210 -2 3 3 4
26.87 3.15 3.3183 2 3 3 4
27.01 1.15 3.3012 -2 4 2 4
27.09 2.92 3.2912 -1 1 4 4
27.11 1.24 3.2894 1 1 4 4
27.12 2.59 3.2880 8 1 0 4
27.13 5.59 3.2865 2 0 4 2
27.86 7.79 3.2018 -3 3 3 4
27.90 8.58 3.1982 3 3 3 4
27.94 4.00 3.1938 8 1 1 4
28.14 2.68 3.1715 -5 2 3 4
28.19 2.30 3.1656 5 2 3 4
28.69 12.44 3.1117 -3 1 4 4
28.73 1.75 3.1072 3 1 4 4
28.87 1.52 3.0920 5 4 1 4
29.12 1.69 3.0661 2 5 0 4
29.28 5.57 3.0502 4 3 3 4
29.30 8.19 3.0479 -1 5 1 4
29.39 1.32 3.0387 -4 4 2 4
29.42 1.04 3.0360 4 4 2 4
29.54 1.20 3.0236 -7 3 1 4
29.62 10.90 3.0160 -8 2 1 4
29.63 4.18 3.0150 -8 0 2 2
29.68 6.34 3.0096 8 0 2 2
29.87 1.44 2.9910 -2 5 1 4
29.88 3.26 2.9903 2 5 1 4
30.08 9.01 2.9709 4 1 4 4
30.29 6.37 2.9505 1 4 3 4
30.40 1.90 2.9402 3 2 4 4
30.44 1.05 2.9361 9 1 0 4
30.62 1.86 2.9199 -9 0 1 2
30.80 12.56 2.9027 -3 5 1 4
30.81 2.10 2.9018 3 5 1 4
30.92 11.42 2.8918 -5 3 3 4
31.15 17.04 2.8710 -9 1 1 4
31.32 1.64 2.8562 0 5 2 4
31.50 4.82 2.8405 -1 5 2 4
31.50 12.72 2.8399 1 5 2 4
31.67 6.09 2.8251 -5 1 4 4
31.71 2.01 2.8217 -7 3 2 4
31.73 2.63 2.8196 -3 4 3 4
31.76 4.97 2.8171 3 4 3 4
32.04 1.04 2.7933 2 5 2 4
32.08 3.15 2.7902 4 5 1 4
32.13 1.74 2.7855 2 3 4 4
32.74 5.29 2.7354 9 2 1 4
32.90 1.05 2.7222 -3 5 2 4
32.92 1.63 2.7207 3 5 2 4
32.98 1.74 2.7161 -3 3 4 4
33.06 2.01 2.7097 6 4 2 4
33.09 5.76 2.7075 -6 0 4 2
33.16 2.00 2.7016 6 0 4 2
33.20 1.74 2.6987 1 0 5 2
33.22 1.76 2.6967 -9 1 2 4
33.27 3.23 2.6929 5 2 4 4
33.31 3.14 2.6897 10 0 0 2
33.63 3.02 2.6653 -5 5 1 4
33.64 7.85 2.6641 5 5 1 4
33.66 4.28 2.6627 6 1 4 4
33.67 1.30 2.6621 -8 1 3 4
33.70 12.75 2.6599 1 1 5 4
34.09 4.21 2.6298 -4 5 2 4
34.18 4.38 2.6234 -2 1 5 4
34.48 7.27 2.6010 10 1 1 4
34.48 3.98 2.6009 -5 4 3 4
34.52 1.25 2.5983 -3 0 5 2
34.53 2.20 2.5977 5 4 3 4
34.71 1.32 2.5841 0 5 3 4
34.75 1.27 2.5815 9 2 2 4
34.82 2.48 2.5764 0 6 1 4
34.88 10.63 2.5719 1 5 3 4
34.98 2.20 2.5650 0 2 5 4
34.98 2.13 2.5648 -1 6 1 4
35.00 1.75 2.5637 -3 1 5 4
35.04 10.44 2.5605 3 1 5 4
35.13 1.57 2.5548 7 3 3 4
35.15 1.25 2.5529 1 2 5 4
35.20 1.60 2.5498 8 2 3 4
35.36 2.60 2.5383 -2 5 3 4
35.38 1.51 2.5371 2 5 3 4
35.45 1.16 2.5321 -6 5 1 4
35.47 2.92 2.5306 -2 6 1 4
35.56 1.81 2.5244 -2 4 4 4
35.57 5.05 2.5236 -5 5 2 4
35.60 2.31 2.5216 5 5 2 4
35.62 1.76 2.5205 -2 2 5 4
35.64 1.38 2.5192 -5 3 4 4
35.65 1.69 2.5185 2 2 5 4
35.65 1.12 2.5185 3 6 0 4
35.81 1.26 2.5073 7 1 4 4
35.88 1.32 2.5026 -10 2 1 4
36.13 3.25 2.4863 -4 1 5 4
36.16 5.99 2.4839 -3 5 3 4
36.19 1.08 2.4822 3 5 3 4
36.27 1.14 2.4770 -6 4 3 4
36.27 1.54 2.4765 -3 6 1 4
36.28 3.40 2.4759 3 6 1 4
36.32 3.83 2.4736 6 4 3 4
36.35 1.46 2.4712 -10 1 2 4
36.41 2.49 2.4675 10 1 2 4
36.41 2.68 2.4674 -3 2 5 4
36.46 1.64 2.4646 3 2 5 4
36.88 4.63 2.4371 1 6 2 4
37.12 1.30 2.4220 -7 2 4 4
37.15 1.21 2.4202 5 0 5 2
37.21 11.69 2.4162 11 1 0 4
37.26 1.62 2.4132 -4 5 3 4
37.31 1.58 2.4098 -6 5 2 4
37.34 1.70 2.4082 -2 6 2 4
37.35 5.50 2.4073 -11 0 1 2
37.37 3.38 2.4062 -4 6 1 4
37.38 2.36 2.4055 4 6 1 4
37.39 1.00 2.4054 11 0 1 2
37.45 9.79 2.4014 -4 4 4 4
37.46 2.08 2.4009 -1 3 5 4
37.50 10.38 2.3986 4 4 4 4
37.50 4.10 2.3982 -4 2 5 4
37.53 1.98 2.3966 7 5 1 4
37.53 2.96 2.3963 -5 1 5 4
37.56 5.87 2.3948 4 2 5 4
37.58 40.41 2.3936 -8 4 2 4
37.60 4.87 2.3921 5 1 5 4
37.62 37.65 2.3908 8 4 2 4
37.63 19.63 2.3903 -8 0 4 2
37.72 25.61 2.3849 8 0 4 2
37.80 14.27 2.3797 -11 1 1 4
37.84 1.06 2.3779 11 1 1 4
38.12 2.47 2.3605 3 6 2 4
38.28 1.48 2.3510 -7 4 3 4
38.55 3.64 2.3351 11 2 0 4
38.71 1.12 2.3262 3 3 5 4
38.75 2.66 2.3240 -5 6 1 4
38.76 2.63 2.3233 5 6 1 4
38.82 1.06 2.3199 -5 4 4 4
38.87 1.16 2.3172 -5 2 5 4
38.93 1.71 2.3133 5 2 5 4
39.19 2.01 2.2985 -6 1 5 4
39.29 2.09 2.2933 -7 5 2 4
39.32 3.73 2.2912 7 5 2 4
39.57 1.01 2.2777 -11 1 2 4
39.64 3.27 2.2737 2 5 4 4
39.71 1.91 2.2696 0 6 3 4
39.76 2.07 2.2673 4 3 5 4
40.29 1.51 2.2384 -2 6 3 4
40.31 1.18 2.2375 6 5 3 4
40.34 1.88 2.2356 -3 5 4 4
40.47 1.45 2.2287 2 0 6 2
40.50 1.18 2.2271 -8 4 3 4
40.66 1.33 2.2190 12 1 0 4
40.67 1.04 2.2186 -7 0 5 2
40.76 1.37 2.2139 7 0 5 2
40.80 2.51 2.2114 1 7 1 4
40.84 1.45 2.2094 -11 2 2 4
40.86 5.67 2.2083 -2 1 6 4
40.90 1.89 2.2067 2 1 6 4
41.01 3.73 2.2011 -5 3 5 4
41.09 3.27 2.1969 -7 1 5 4
41.18 1.41 2.1923 7 1 5 4
41.24 1.27 2.1891 12 1 1 4
41.29 2.69 2.1867 11 3 1 4
41.39 1.12 2.1816 4 5 4 4
41.46 1.64 2.1778 -8 5 2 4
41.62 3.23 2.1701 3 1 6 4
41.69 2.00 2.1666 3 4 5 4
41.94 1.45 2.1542 -3 7 1 4
41.95 3.45 2.1538 3 7 1 4
42.05 1.20 2.1488 11 0 3 2
42.12 3.17 2.1456 -7 5 3 4
42.14 1.24 2.1444 2 2 6 4
42.17 2.43 2.1430 7 5 3 4
42.21 1.15 2.1411 -9 5 1 4
42.61 1.05 2.1219 -5 5 4 4
42.63 1.13 2.1209 6 3 5 4
42.80 3.94 2.1129 -3 2 6 4
42.90 1.84 2.1081 -11 3 2 4
42.96 1.28 2.1055 11 3 2 4
43.18 1.06 2.0949 -8 1 5 4
43.28 1.06 2.0903 5 6 3 4
43.62 10.03 2.0752 5 7 0 4
43.66 1.32 2.0730 11 2 3 4
43.75 2.78 2.0690 1 6 4 4
43.87 1.55 2.0638 9 5 2 4
44.14 2.17 2.0516 -5 7 1 4
44.15 1.26 2.0514 2 3 6 4
44.15 3.17 2.0514 13 1 0 4
44.16 4.59 2.0511 5 7 1 4
44.69 3.26 2.0276 13 1 1 4
44.83 1.60 2.0219 3 3 6 4
45.14 2.73 2.0084 -1 7 3 4
45.54 1.13 1.9920 -2 7 3 4
45.55 1.50 1.9914 2 7 3 4
45.58 2.47 1.9904 9 1 5 4
45.61 1.61 1.9890 -6 7 1 4
45.62 1.99 1.9886 11 3 3 4
45.70 1.22 1.9851 -4 3 6 4
45.85 1.01 1.9790 13 2 1 4
46.12 45.14 1.9681 0 8 0 2
46.19 1.37 1.9653 -3 7 3 4
46.21 1.84 1.9645 3 7 3 4
46.31 99.96 1.9605 0 4 6 4
46.39 2.24 1.9574 -10 3 4 4
46.42 1.77 1.9560 -9 5 3 4
46.44 1.97 1.9552 -7 6 3 4
46.49 2.20 1.9535 9 5 3 4
46.63 3.05 1.9478 12 4 0 4
46.82 2.99 1.9405 -2 4 6 4
46.87 1.85 1.9384 -5 3 6 4
46.94 3.56 1.9357 5 3 6 4
47.12 2.71 1.9287 4 7 3 4
47.15 1.90 1.9277 -2 8 1 4
47.16 1.27 1.9270 6 7 2 4
47.26 2.03 1.9233 0 1 7 4
47.71 1.62 1.9063 -13 3 1 4
48.17 1.42 1.8891 -14 1 1 4
48.24 2.36 1.8867 -5 7 3 4
48.27 2.52 1.8856 -6 3 6 4
48.33 1.81 1.8831 -4 4 6 4
48.36 1.48 1.8821 -8 6 3 4
48.41 1.01 1.8801 8 6 3 4
48.47 3.68 1.8781 -8 0 6 2
48.58 2.04 1.8741 8 0 6 2
48.61 50.73 1.8731 -12 4 2 4
48.64 21.73 1.8718 -12 0 4 2
48.66 52.96 1.8711 12 4 2 4
48.69 3.39 1.8701 -1 7 4 4
48.70 3.18 1.8698 1 7 4 4
48.75 25.49 1.8679 12 0 4 2
49.08 1.50 1.8563 10 4 4 4
49.18 1.50 1.8527 -13 3 2 4
49.61 1.38 1.8377 -6 7 3 4
49.68 1.17 1.8352 -3 7 4 4
49.70 1.97 1.8343 3 7 4 4
49.97 1.05 1.8251 7 3 6 4
50.15 1.95 1.8192 2 5 6 4
50.53 1.39 1.8062 -4 7 4 4
50.65 1.44 1.8021 6 8 0 4
51.13 1.66 1.7866 -6 8 1 4
51.24 3.81 1.7830 7 7 3 4
51.24 1.58 1.7829 5 8 2 4
51.30 1.61 1.7809 3 3 7 4
51.41 1.36 1.7772 -11 5 3 4
51.62 1.04 1.7708 4 5 6 4
52.09 1.52 1.7558 -4 3 7 4
52.11 1.03 1.7550 -8 5 5 4
52.19 2.46 1.7527 -10 5 4 4
53.15 1.10 1.7233 -5 3 7 4
53.18 1.34 1.7222 -10 1 6 4
53.82 1.52 1.7034 3 9 1 4
53.92 1.91 1.7005 -6 5 6 4
53.99 12.54 1.6985 8 8 0 4
54.11 12.54 1.6950 -8 4 6 4
54.13 1.63 1.6942 -7 6 5 4
54.20 1.14 1.6922 9 5 5 4
54.21 10.38 1.6921 8 4 6 4
54.31 1.32 1.6890 -2 8 4 4
54.44 3.38 1.6855 -7 7 4 4
54.49 2.13 1.6839 7 7 4 4
54.59 10.10 1.6811 16 0 0 2
54.82 1.47 1.6746 -6 8 3 4
55.66 1.19 1.6514 -5 9 1 4
55.69 2.78 1.6506 -4 8 4 4
55.72 2.09 1.6497 4 8 4 4
55.78 2.77 1.6481 -8 8 2 4
55.81 3.66 1.6472 8 8 2 4
55.89 1.22 1.6450 -4 0 8 2
55.95 1.74 1.6436 -8 2 7 4
55.96 2.01 1.6433 4 0 8 2
56.39 1.21 1.6316 16 2 1 4
56.42 1.16 1.6308 16 0 2 2
58.50 1.35 1.5778 7 7 5 4
60.01 1.10 1.5415 -17 2 1 4
60.98 6.20 1.5194 -8 8 4 4
61.04 7.85 1.5180 8 8 4 4
61.05 1.76 1.5178 -4 4 8 4
61.11 2.16 1.5164 4 4 8 4
61.16 3.19 1.5154 -8 0 8 2
61.28 2.81 1.5126 8 0 8 2
61.49 1.72 1.5080 -16 4 2 4
61.51 1.74 1.5075 -16 0 4 2
61.55 1.99 1.5066 16 4 2 4
61.63 1.39 1.5048 16 0 4 2
63.15 1.25 1.4723 15 5 3 4
63.36 1.66 1.4680 1 9 5 4
63.73 1.04 1.4604 -11 3 7 4
66.01 1.41 1.4152 -11 9 1 4
67.79 1.31 1.3823 10 3 8 4
68.12 1.72 1.3765 -2 9 6 4
68.53 1.82 1.3692 -11 5 7 4
69.36 1.33 1.3549 12 8 4 4
69.43 2.09 1.3537 -12 0 8 2
69.60 1.76 1.3508 12 0 8 2
69.62 1.24 1.3505 -16 0 6 2
69.64 1.48 1.3501 -17 5 3 4
72.47 1.50 1.3042 10 5 8 4
73.47 1.88 1.2890 13 5 7 4
73.52 3.75 1.2882 0 12 2 4
73.54 2.26 1.2878 4 12 0 4
73.76 3.62 1.2846 0 8 8 4
73.90 3.05 1.2825 0 4 10 4
74.19 7.80 1.2782 16 8 0 4
74.24 6.83 1.2774 -16 4 6 4
74.41 7.23 1.2749 16 4 6 4
75.08 1.28 1.2653 -4 12 2 4
75.09 1.03 1.2651 4 12 2 4
75.35 1.59 1.2614 4 8 8 4
75.69 1.30 1.2565 -16 8 2 4
75.75 1.34 1.2557 16 8 2 4
76.13 1.60 1.2503 20 4 2 4
77.62 1.16 1.2301 11 11 1 4
78.76 1.03 1.2150 11 11 2 4
79.26 1.12 1.2087 -10 1 10 4
80.10 1.46 1.1981 19 7 0 4
80.21 1.35 1.1968 -16 8 4 4
81.57 1.40 1.1802 -5 11 6 4
82.19 1.05 1.1729 -13 11 1 4
85.58 1.79 1.1348 0 12 6 4
86.00 2.76 1.1304 0 0 12 2
86.93 8.03 1.1207 24 0 0 2
87.07 1.11 1.1192 -4 12 6 4
87.45 1.49 1.1154 -12 8 8 4
87.56 1.17 1.1142 -12 4 10 4
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XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.