求一张JCPDS卡片 54-0977 谢谢啦~~ ~(^_^)~ 返回小木虫查看更多
绑定
5.2425 12.6612 19.3988 92.535 N000540977 P N PP540977M1 0.0004 0.0009 0.0014 0.006 7 B P540977M2 C2/c 15A 4 1286.36 P540977M3 A2/a 15B 4 5.03A 5.165 1000.29 1286.36 P540977M4 I COR P540977M5 Lithium Potassium Gadolinium Molybdenum Oxide P P540977M6 Li K Gd2 ( Mo O4 )4 P540977M7 Gd2 K Li Mo4 O16 P540977M8 00GRNT 2003 Morozov, V., Lazoryak, B., Moscow State C1P540977M9 Univ., Russia. 2P540977M9 ZSTKAI 34 152 1993 Klevtsova, R., Glinskaya, L., Alekseev, V., STC3P540977M9 Khal'baeva, K., Khaikina, E. ST 4P540977M9 mC 96.00 P540977MA Prepared by heating an equimolar mixture of \Li2 Mo O4\, \K2 Mo PRC1P540977MB O4\ and \Gd2 ( Mo O4 )3\ at 500-550 C for 40-60 hours in \Al2 O3\ PRC2P540977MB foil in air. PR 3P540977MB Isotypic with \Li Rb Bi2 ( Mo O4 )4\. ST 4P540977MB White CL 5P540977MB 705d MP 6P540977MB 1.00: 0.00 0.00 1.00 / 0.00 -1.00 0.00 / 1.00 0.00 0.00 P540977MC 5.242 6.852 19.399 89.03 87.47 67.51 643.18 29 P540977MD 19.399 12.661 5.242 90.00 92.53 90.00 1.5321 0.4141 P540977ME CuKa1 1.5406 M Quartz 2DN 11.0 D Si E P540977MF D I 1.6 0.1 SS 158.3 .0051 30 37 91.5-3.23 0 P540977MG 9.68894100 0 0 2 6.32970 16 0 2 0 6.02003 1 0 2 1 1P540977MI 5.30154 2 0 2 2 4.84432 6 0 0 4M 4.84432 6 1 1 0M 2P540977MI 4.74259 7 -1 1 1 4.65137 7 1 1 1 4.40113 1 -1 1 2 3P540977MI 4.26126 2 1 1 2 3.95085 8 -1 1 3 3.80016 9 1 1 3 4P540977MI 3.49542 32 -1 1 4 3.35559 30 1 1 4 3.30559 7 0 2 5 5P540977MI 3.28609 36 1 3 0 3.25465 41 -1 3 1 3.22496 48 1 3 1 6P540977MI 3.13852 34 -1 3 2 3.12377 10 0 4 1 3.08705 80 -1 1 5M 7P540977MI 3.08705 80 1 3 2M 3.00895 18 0 4 2 2.96540 66 1 1 5M 8P540977MI 2.96540 66 -1 3 3M 2.89667 20 1 3 3 2.87674 23 0 2 6 9P540977MI 2.84301 20 0 4 3 2.75506 2 -1 3 4 2.73841 7 -1 1 6 10P540977MI 2.68545 2 1 3 4 2.64994 12 0 4 4 2.63805 4 1 1 6 11P540977MI 2.61867 49 2 0 0 2.55626 7 -2 0 2 2.53659 8 0 2 7 12P540977MI 2.50047 3 2 0 2 2.47606 1L 1 3 5 2.45027 1 0 4 5 13P540977MI 2.41912 2 2 2 0 2.38837 1 2 2 1 2.37040 1 -2 2 2 14P540977MI 2.36213 3 1 1 7 2.34729 1 -2 0 4 2.33614 2 -1 3 6 15P540977MI 2.29620 2 -2 2 3 2.28122 1 1 5 0 2.27188 4 1 3 6 16P540977MI 2.25990 9 2 0 4M 2.25990 9 1 5 1M 2.23597 1 2 2 3 17P540977MI 2.20161 2 -1 1 8 2.16240 3 -1 5 3 2.13578 1 1 5 3 18P540977MI 2.09089 4 -2 2 5 2.06190 5 0 6 2 2.04877 1L 1 5 4 19P540977MI 2.03860 12 0 2 9 2.01552 9 2 2 5 2.00571 9 0 6 3 20P540977MI 1.99908 1 2 4 1 1.98862 6 -2 4 2 1.97558 13 -2 2 6 21P540977MI 1.96208 16 2 4 2 1.94480 14 -2 4 3 1.93482 17 0 6 4 22P540977MI 1.92565 5 1 3 8 1.90774 10 2 4 3 1.89974 7 2 2 6 23P540977MI 1.88536 10 -2 4 4 1.87950 1 -1 5 6 1.86001 10 -2 2 7 24P540977MI 1.85308 11 0 6 5M 1.85308 11 0 2 10M 1.84467 3 1 5 6 25P540977MI 1.84051 6 2 4 4 1.82477 4 -1 1 10 1.81616 2 -2 4 5 26P540977MI 1.78649 11 2 2 7 1.77634 17 -1 5 7 1.74372 14 1 5 7 27P540977MI 1.70986 22 1 7 0 1.70462 3 -1 7 1 1.70066 4 1 7 1 28P540977MI 1.69650 2 0 2 11 1.69074 2 -1 3 10 1.68829 6 -3 1 3M 29P540977MI 1.68829 6 -1 7 2M 1.67958 5 1 7 2 1.67751 3 -1 1 11 30P540977MI 1.65886 2 -1 7 3 1.65229 4 3 1 3M 1.65229 4 -3 1 4M 31P540977MI 1.64640 2 1 7 3 1.64248 8 2 6 0M 1.64248 8 -2 2 9M 32P540977MI 1.63445 4 1 1 11 1.62781 1 -2 6 2 1.61326 10 3 3 0M 33P540977MI 1.61326 10 -3 3 1M 1.60609 12 3 1 4M 1.60609 12 -3 1 5M 34P540977MI 1.60249 14 3 3 1M 1.60249 14 -3 3 2M 1.59005 1 0 6 8 35P540977MI 1.58255 3 2 6 3 1.58076 20 3 3 2M 1.58076 20 -1 5 9M 36P540977MI 1.57724 5 -2 4 8M 1.57724 5 2 2 9M 1.56951 7 -2 6 4 37P540977MI 1.55467 7 3 1 5 1.55199 5 -1 1 12 1.55031 12 1 5 9M 38P540977MI 1.55031 12 3 3 3M 1.54352 9 -2 2 10M 1.54352 9 2 6 4M 39P540977MI 1.53876 1 0 4 11 1.53587 1 1 3 11 1.52814 2 -2 6 5 40P540977MI 1.52536 1 2 0 10 41P540977MI S 9.69/X 3.09/8 2.97/7 2.62/5 3.23/5 3.25/4 3.29/4 3.14/3 3.50/3 3.36/3P540977M+ S 9.69/X 6.33/2 6.02/1 5.30/1 4.84/1 4.74/1 4.65/1 4.40/1 4.26/1 3.95/1P540977M* 02/28/03 03/25/03 MG 20040127 0 0 20040122 Z05829 Y P540977MK
PDF#54-0977: QM=Star(S); d=Diffractometer; I=Diffractometer Lithium Potassium Gadolinium Molybdenum Oxide Li K Gd2 ( Mo O4 )4 White Radiation=CuKa1 Lambda=1.5406 Filter=Quartz Calibration=External(Si) 2T=9.120-60.660 I/Ic(RIR)=1.6 Ref: Morozov, V., Lazoryak, B., Moscow State Univ., Russia. ICDD Grant-in-Aid (2003) Monoclinic - Powder Diffraction, C2/c (15) Z=4 mp=705d CELL: 5.2425 x 12.6612 x 19.3988 <90.0 x 92.535 x 90.0> P.S=mC96 (?) Density(c)=5.165 Density(m)=5.03A Mwt=1000.29 Vol=1286.36 F(30)=158.3(.0051,37/0) Ref: Klevtsova, R., Glinskaya, L., Alekseev, V., Khal'baeva, K., Khaikina, E. Zh. Strukt. Khim., v34 p152 (1993) Strong Lines: 9.69/X 3.09/8 2.97/7 2.62/5 3.23/5 3.25/4 3.29/4 3.14/3 3.50/3 3.36/3 NOTE: Prepared by heating an equimolar mixture of Li2 Mo O4, K2 Mo O4 and Gd2 ( Mo O4 )3 at 500-550 C for 40-60 hours in Al2 O3 foil in air. Isotypic with Li Rb Bi2 ( Mo O4 )4. 2-Theta d(?) I(f) ( h k l ) Theta 1/(2d) 2pi/d n^2 9.120 9.6889 100.0 ( 0 0 2) 4.560 0.0516 0.6485 13.980 6.3297 16.0 ( 0 2 0) 6.990 0.0790 0.9927 14.703 6.0200 1.0 ( 0 2 1) 7.351 0.0831 1.0437 16.709 5.3015 2.0 ( 0 2 2) 8.354 0.0943 1.1852 18.299 4.8443 6.0 ( 1 1 0) 9.149 0.1032 1.2970 18.299 4.8443 6.0 ( 0 0 4) 9.149 0.1032 1.2970 18.694 4.7426 7.0 (-1 1 1) 9.347 0.1054 1.3248 19.065 4.6514 7.0 ( 1 1 1) 9.532 0.1075 1.3508 20.159 4.4011 1.0 (-1 1 2) 10.080 0.1136 1.4276 20.828 4.2613 2.0 ( 1 1 2) 10.414 0.1173 1.4745 22.485 3.9509 8.0 (-1 1 3) 11.243 0.1266 1.5903 23.389 3.8002 9.0 ( 1 1 3) 11.695 0.1316 1.6534 25.461 3.4954 32.0 (-1 1 4) 12.731 0.1430 1.7975 26.541 3.3556 30.0 ( 1 1 4) 13.271 0.1490 1.8725 26.950 3.3056 7.0 ( 0 2 5) 13.475 0.1513 1.9008 27.113 3.2861 36.0 ( 1 3 0) 13.557 0.1522 1.9121 27.380 3.2547 41.0 (-1 3 1) 13.690 0.1536 1.9305 27.637 3.2250 48.0 ( 1 3 1) 13.819 0.1550 1.9483 28.414 3.1385 34.0 (-1 3 2) 14.207 0.1593 2.0020 28.551 3.1238 10.0 ( 0 4 1) 14.276 0.1601 2.0114 28.898 3.0870 80.0 ( 1 3 2) 14.449 0.1620 2.0353 28.898 3.0870 80.0 (-1 1 5) 14.449 0.1620 2.0353 29.665 3.0089 18.0 ( 0 4 2) 14.833 0.1662 2.0882 30.111 2.9654 66.0 ( 1 1 5) 15.056 0.1686 2.1188 30.111 2.9654 66.0 (-1 3 3) 15.056 0.1686 2.1188 30.843 2.8967 20.0 ( 1 3 3) 15.422 0.1726 2.1691 31.062 2.8767 23.0 ( 0 2 6) 15.531 0.1738 2.1841 31.440 2.8430 20.0 ( 0 4 3) 15.720 0.1759 2.2100 32.471 2.7551 2.0 (-1 3 4) 16.236 0.1815 2.2806 32.674 2.7384 7.0 (-1 1 6) 16.337 0.1826 2.2945 33.337 2.6855 2.0 ( 1 3 4) 16.669 0.1862 2.3397 33.797 2.6499 12.0 ( 0 4 4) 16.899 0.1887 2.3711 33.954 2.6381 4.0 ( 1 1 6) 16.977 0.1895 2.3818 34.213 2.6187 49.0 ( 2 0 0) 17.107 0.1909 2.3994 35.075 2.5563 7.0 (-2 0 2) 17.538 0.1956 2.4580 35.356 2.5366 8.0 ( 0 2 7) 17.678 0.1971 2.4770 35.884 2.5005 3.0 ( 2 0 2) 17.942 0.2000 2.5128 36.250 2.4761 <1 ( 1 3 5) 18.125 0.2019 2.5376 36.645 2.4503 1.0 ( 0 4 5) 18.323 0.2041 2.5643 37.134 2.4191 2.0 ( 2 2 0) 18.567 0.2067 2.5973 37.630 2.3884 1.0 ( 2 2 1) 18.815 0.2093 2.6307 37.926 2.3704 1.0 (-2 2 2) 18.963 0.2109 2.6507 38.064 2.3621 3.0 ( 1 1 7) 19.032 0.2117 2.6600 38.314 2.3473 1.0 (-2 0 4) 19.157 0.2130 2.6768 38.504 2.3361 2.0 (-1 3 6) 19.252 0.2140 2.6896 39.201 2.2962 2.0 (-2 2 3) 19.600 0.2178 2.7363 39.469 2.2812 1.0 ( 1 5 0) 19.734 0.2192 2.7543 39.638 2.2719 4.0 ( 1 3 6) 19.819 0.2201 2.7656 39.857 2.2599 9.0 ( 1 5 1) 19.928 0.2212 2.7803 39.857 2.2599 9.0 ( 2 0 4) 19.928 0.2212 2.7803 40.302 2.2360 1.0 ( 2 2 3) 20.151 0.2236 2.8100 40.959 2.2016 2.0 (-1 1 8) 20.479 0.2271 2.8539 41.736 2.1624 3.0 (-1 5 3) 20.868 0.2312 2.9057 42.281 2.1358 1.0 ( 1 5 3) 21.140 0.2341 2.9419 43.234 2.0909 4.0 (-2 2 5) 21.617 0.2391 3.0050 43.873 2.0619 5.0 ( 0 6 2) 21.936 0.2425 3.0473 44.169 2.0488 <1 ( 1 5 4) 22.084 0.2440 3.0668 44.401 2.0386 12.0 ( 0 2 9) 22.200 0.2453 3.0821 44.937 2.0155 9.0 ( 2 2 5) 22.468 0.2481 3.1174 45.169 2.0057 9.0 ( 0 6 3) 22.584 0.2493 3.1326 45.327 1.9991 1.0 ( 2 4 1) 22.663 0.2501 3.1430 45.579 1.9886 6.0 (-2 4 2) 22.789 0.2514 3.1596 45.897 1.9756 13.0 (-2 2 6) 22.948 0.2531 3.1804 46.231 1.9621 16.0 ( 2 4 2) 23.115 0.2548 3.2023 46.666 1.9448 14.0 (-2 4 3) 23.333 0.2571 3.2308 46.921 1.9348 17.0 ( 0 6 4) 23.460 0.2584 3.2474 47.158 1.9257 5.0 ( 1 3 8) 23.579 0.2597 3.2629 47.628 1.9077 10.0 ( 2 4 3) 23.814 0.2621 3.2935 47.841 1.8997 7.0 ( 2 2 6) 23.920 0.2632 3.3074 48.229 1.8854 10.0 (-2 4 4) 24.114 0.2652 3.3326 48.389 1.8795 1.0 (-1 5 6) 24.194 0.2660 3.3430 48.929 1.8600 10.0 (-2 2 7) 24.464 0.2688 3.3780 49.124 1.8531 11.0 ( 0 2 10) 24.562 0.2698 3.3907 49.124 1.8531 11.0 ( 0 6 5) 24.562 0.2698 3.3907 49.363 1.8447 3.0 ( 1 5 6) 24.681 0.2711 3.4061 49.482 1.8405 6.0 ( 2 4 4) 24.741 0.2717 3.4138 49.938 1.8248 4.0 (-1 1 10) 24.969 0.2740 3.4433 50.191 1.8162 2.0 (-2 4 5) 25.095 0.2753 3.4596 51.084 1.7865 11.0 ( 2 2 7) 25.542 0.2799 3.5171 51.397 1.7763 17.0 (-1 5 7) 25.698 0.2815 3.5372 52.431 1.7437 14.0 ( 1 5 7) 26.215 0.2867 3.6033 53.551 1.7099 22.0 ( 1 7 0) 26.775 0.2924 3.6747 53.728 1.7046 3.0 (-1 7 1) 26.864 0.2933 3.6860 53.864 1.7007 4.0 ( 1 7 1) 26.932 0.2940 3.6946 54.006 1.6965 2.0 ( 0 2 11) 27.003 0.2947 3.7036 54.205 1.6907 2.0 (-1 3 10) 27.103 0.2957 3.7162 54.291 1.6883 6.0 (-1 7 2) 27.145 0.2962 3.7216 54.291 1.6883 6.0 (-3 1 3) 27.145 0.2962 3.7216 54.595 1.6796 5.0 ( 1 7 2) 27.298 0.2977 3.7409 54.668 1.6775 3.0 (-1 1 11) 27.334 0.2981 3.7455 55.335 1.6589 2.0 (-1 7 3) 27.668 0.3014 3.7877 55.574 1.6523 4.0 ( 3 1 3) 27.787 0.3026 3.8027 55.574 1.6523 4.0 (-3 1 4) 27.787 0.3026 3.8027 55.791 1.6464 2.0 ( 1 7 3) 27.895 0.3037 3.8163 55.935 1.6425 8.0 (-2 2 9) 27.968 0.3044 3.8254 55.935 1.6425 8.0 ( 2 6 0) 27.968 0.3044 3.8254 56.235 1.6344 4.0 ( 1 1 11) 28.117 0.3059 3.8442 56.484 1.6278 1.0 (-2 6 2) 28.242 0.3072 3.8599 57.040 1.6133 10.0 ( 3 3 0) 28.520 0.3099 3.8947 57.040 1.6133 10.0 (-3 3 1) 28.520 0.3099 3.8947 57.318 1.6061 12.0 (-3 1 5) 28.659 0.3113 3.9121 57.318 1.6061 12.0 ( 3 1 4) 28.659 0.3113 3.9121 57.459 1.6025 14.0 (-3 3 2) 28.730 0.3120 3.9209 57.459 1.6025 14.0 ( 3 3 1) 28.730 0.3120 3.9209 57.951 1.5900 1.0 ( 0 6 8) 28.976 0.3145 3.9516 58.252 1.5826 3.0 ( 2 6 3) 29.126 0.3159 3.9703 58.325 1.5808 20.0 ( 3 3 2) 29.162 0.3163 3.9748 58.325 1.5808 20.0 (-1 5 9) 29.162 0.3163 3.9748 58.467 1.5772 5.0 ( 2 2 9) 29.234 0.3170 3.9837 58.467 1.5772 5.0 (-2 4 8) 29.234 0.3170 3.9837 58.783 1.5695 7.0 (-2 6 4) 29.392 0.3186 4.0033 59.400 1.5547 7.0 ( 3 1 5) 29.700 0.3216 4.0415 59.513 1.5520 5.0 (-1 1 12) 29.757 0.3222 4.0485 59.584 1.5503 12.0 ( 1 5 9) 29.792 0.3225 4.0529 59.584 1.5503 12.0 ( 3 3 3) 29.792 0.3225 4.0529 59.873 1.5435 9.0 ( 2 6 4) 29.937 0.3239 4.0707 59.873 1.5435 9.0 (-2 2 10) 29.937 0.3239 4.0707 60.077 1.5388 1.0 ( 0 4 11) 30.039 0.3249 4.0833 60.202 1.5359 1.0 ( 1 3 11) 30.101 0.3255 4.0910 60.538 1.5281 2.0 (-2 6 5) 30.269 0.3272 4.1117 60.660 1.5254 1.0 ( 2 0 10) 30.330 0.3278 4.1191,
绑定
5.2425 12.6612 19.3988 92.535 N000540977 P N PP540977M1
0.0004 0.0009 0.0014 0.006 7 B P540977M2
C2/c 15A 4 1286.36 P540977M3
A2/a 15B 4 5.03A 5.165 1000.29 1286.36 P540977M4
I COR P540977M5
Lithium Potassium Gadolinium Molybdenum Oxide P P540977M6
Li K Gd2 ( Mo O4 )4 P540977M7
Gd2 K Li Mo4 O16 P540977M8
00GRNT 2003 Morozov, V., Lazoryak, B., Moscow State C1P540977M9
Univ., Russia. 2P540977M9
ZSTKAI 34 152 1993 Klevtsova, R., Glinskaya, L., Alekseev, V., STC3P540977M9
Khal'baeva, K., Khaikina, E. ST 4P540977M9
mC 96.00 P540977MA
Prepared by heating an equimolar mixture of \Li2 Mo O4\, \K2 Mo PRC1P540977MB
O4\ and \Gd2 ( Mo O4 )3\ at 500-550 C for 40-60 hours in \Al2 O3\ PRC2P540977MB
foil in air. PR 3P540977MB
Isotypic with \Li Rb Bi2 ( Mo O4 )4\. ST 4P540977MB
White CL 5P540977MB
705d MP 6P540977MB
1.00: 0.00 0.00 1.00 / 0.00 -1.00 0.00 / 1.00 0.00 0.00 P540977MC
5.242 6.852 19.399 89.03 87.47 67.51 643.18 29 P540977MD
19.399 12.661 5.242 90.00 92.53 90.00 1.5321 0.4141 P540977ME
CuKa1 1.5406 M Quartz 2DN 11.0 D Si E P540977MF
D I 1.6 0.1 SS 158.3 .0051 30 37 91.5-3.23 0 P540977MG
9.68894100 0 0 2 6.32970 16 0 2 0 6.02003 1 0 2 1 1P540977MI
5.30154 2 0 2 2 4.84432 6 0 0 4M 4.84432 6 1 1 0M 2P540977MI
4.74259 7 -1 1 1 4.65137 7 1 1 1 4.40113 1 -1 1 2 3P540977MI
4.26126 2 1 1 2 3.95085 8 -1 1 3 3.80016 9 1 1 3 4P540977MI
3.49542 32 -1 1 4 3.35559 30 1 1 4 3.30559 7 0 2 5 5P540977MI
3.28609 36 1 3 0 3.25465 41 -1 3 1 3.22496 48 1 3 1 6P540977MI
3.13852 34 -1 3 2 3.12377 10 0 4 1 3.08705 80 -1 1 5M 7P540977MI
3.08705 80 1 3 2M 3.00895 18 0 4 2 2.96540 66 1 1 5M 8P540977MI
2.96540 66 -1 3 3M 2.89667 20 1 3 3 2.87674 23 0 2 6 9P540977MI
2.84301 20 0 4 3 2.75506 2 -1 3 4 2.73841 7 -1 1 6 10P540977MI
2.68545 2 1 3 4 2.64994 12 0 4 4 2.63805 4 1 1 6 11P540977MI
2.61867 49 2 0 0 2.55626 7 -2 0 2 2.53659 8 0 2 7 12P540977MI
2.50047 3 2 0 2 2.47606 1L 1 3 5 2.45027 1 0 4 5 13P540977MI
2.41912 2 2 2 0 2.38837 1 2 2 1 2.37040 1 -2 2 2 14P540977MI
2.36213 3 1 1 7 2.34729 1 -2 0 4 2.33614 2 -1 3 6 15P540977MI
2.29620 2 -2 2 3 2.28122 1 1 5 0 2.27188 4 1 3 6 16P540977MI
2.25990 9 2 0 4M 2.25990 9 1 5 1M 2.23597 1 2 2 3 17P540977MI
2.20161 2 -1 1 8 2.16240 3 -1 5 3 2.13578 1 1 5 3 18P540977MI
2.09089 4 -2 2 5 2.06190 5 0 6 2 2.04877 1L 1 5 4 19P540977MI
2.03860 12 0 2 9 2.01552 9 2 2 5 2.00571 9 0 6 3 20P540977MI
1.99908 1 2 4 1 1.98862 6 -2 4 2 1.97558 13 -2 2 6 21P540977MI
1.96208 16 2 4 2 1.94480 14 -2 4 3 1.93482 17 0 6 4 22P540977MI
1.92565 5 1 3 8 1.90774 10 2 4 3 1.89974 7 2 2 6 23P540977MI
1.88536 10 -2 4 4 1.87950 1 -1 5 6 1.86001 10 -2 2 7 24P540977MI
1.85308 11 0 6 5M 1.85308 11 0 2 10M 1.84467 3 1 5 6 25P540977MI
1.84051 6 2 4 4 1.82477 4 -1 1 10 1.81616 2 -2 4 5 26P540977MI
1.78649 11 2 2 7 1.77634 17 -1 5 7 1.74372 14 1 5 7 27P540977MI
1.70986 22 1 7 0 1.70462 3 -1 7 1 1.70066 4 1 7 1 28P540977MI
1.69650 2 0 2 11 1.69074 2 -1 3 10 1.68829 6 -3 1 3M 29P540977MI
1.68829 6 -1 7 2M 1.67958 5 1 7 2 1.67751 3 -1 1 11 30P540977MI
1.65886 2 -1 7 3 1.65229 4 3 1 3M 1.65229 4 -3 1 4M 31P540977MI
1.64640 2 1 7 3 1.64248 8 2 6 0M 1.64248 8 -2 2 9M 32P540977MI
1.63445 4 1 1 11 1.62781 1 -2 6 2 1.61326 10 3 3 0M 33P540977MI
1.61326 10 -3 3 1M 1.60609 12 3 1 4M 1.60609 12 -3 1 5M 34P540977MI
1.60249 14 3 3 1M 1.60249 14 -3 3 2M 1.59005 1 0 6 8 35P540977MI
1.58255 3 2 6 3 1.58076 20 3 3 2M 1.58076 20 -1 5 9M 36P540977MI
1.57724 5 -2 4 8M 1.57724 5 2 2 9M 1.56951 7 -2 6 4 37P540977MI
1.55467 7 3 1 5 1.55199 5 -1 1 12 1.55031 12 1 5 9M 38P540977MI
1.55031 12 3 3 3M 1.54352 9 -2 2 10M 1.54352 9 2 6 4M 39P540977MI
1.53876 1 0 4 11 1.53587 1 1 3 11 1.52814 2 -2 6 5 40P540977MI
1.52536 1 2 0 10 41P540977MI
S 9.69/X 3.09/8 2.97/7 2.62/5 3.23/5 3.25/4 3.29/4 3.14/3 3.50/3 3.36/3P540977M+
S 9.69/X 6.33/2 6.02/1 5.30/1 4.84/1 4.74/1 4.65/1 4.40/1 4.26/1 3.95/1P540977M*
02/28/03 03/25/03 MG 20040127 0 0 20040122 Z05829 Y P540977MK
PDF#54-0977: QM=Star(S); d=Diffractometer; I=Diffractometer
Lithium Potassium Gadolinium Molybdenum Oxide
Li K Gd2 ( Mo O4 )4 White
Radiation=CuKa1 Lambda=1.5406 Filter=Quartz
Calibration=External(Si) 2T=9.120-60.660 I/Ic(RIR)=1.6
Ref: Morozov, V., Lazoryak, B., Moscow State Univ., Russia.
ICDD Grant-in-Aid (2003)
Monoclinic - Powder Diffraction, C2/c (15) Z=4 mp=705d
CELL: 5.2425 x 12.6612 x 19.3988 <90.0 x 92.535 x 90.0> P.S=mC96 (?)
Density(c)=5.165 Density(m)=5.03A Mwt=1000.29 Vol=1286.36 F(30)=158.3(.0051,37/0)
Ref: Klevtsova, R., Glinskaya, L., Alekseev, V., Khal'baeva, K., Khaikina, E.
Zh. Strukt. Khim., v34 p152 (1993)
Strong Lines: 9.69/X 3.09/8 2.97/7 2.62/5 3.23/5 3.25/4 3.29/4 3.14/3 3.50/3 3.36/3
NOTE: Prepared by heating an equimolar mixture of Li2 Mo O4, K2 Mo O4 and Gd2 ( Mo O4 )3 at 500-550 C for 40-60 hours in Al2 O3 foil in air.
Isotypic with Li Rb Bi2 ( Mo O4 )4.
2-Theta d(?) I(f) ( h k l ) Theta 1/(2d) 2pi/d n^2
9.120 9.6889 100.0 ( 0 0 2) 4.560 0.0516 0.6485
13.980 6.3297 16.0 ( 0 2 0) 6.990 0.0790 0.9927
14.703 6.0200 1.0 ( 0 2 1) 7.351 0.0831 1.0437
16.709 5.3015 2.0 ( 0 2 2) 8.354 0.0943 1.1852
18.299 4.8443 6.0 ( 1 1 0) 9.149 0.1032 1.2970
18.299 4.8443 6.0 ( 0 0 4) 9.149 0.1032 1.2970
18.694 4.7426 7.0 (-1 1 1) 9.347 0.1054 1.3248
19.065 4.6514 7.0 ( 1 1 1) 9.532 0.1075 1.3508
20.159 4.4011 1.0 (-1 1 2) 10.080 0.1136 1.4276
20.828 4.2613 2.0 ( 1 1 2) 10.414 0.1173 1.4745
22.485 3.9509 8.0 (-1 1 3) 11.243 0.1266 1.5903
23.389 3.8002 9.0 ( 1 1 3) 11.695 0.1316 1.6534
25.461 3.4954 32.0 (-1 1 4) 12.731 0.1430 1.7975
26.541 3.3556 30.0 ( 1 1 4) 13.271 0.1490 1.8725
26.950 3.3056 7.0 ( 0 2 5) 13.475 0.1513 1.9008
27.113 3.2861 36.0 ( 1 3 0) 13.557 0.1522 1.9121
27.380 3.2547 41.0 (-1 3 1) 13.690 0.1536 1.9305
27.637 3.2250 48.0 ( 1 3 1) 13.819 0.1550 1.9483
28.414 3.1385 34.0 (-1 3 2) 14.207 0.1593 2.0020
28.551 3.1238 10.0 ( 0 4 1) 14.276 0.1601 2.0114
28.898 3.0870 80.0 ( 1 3 2) 14.449 0.1620 2.0353
28.898 3.0870 80.0 (-1 1 5) 14.449 0.1620 2.0353
29.665 3.0089 18.0 ( 0 4 2) 14.833 0.1662 2.0882
30.111 2.9654 66.0 ( 1 1 5) 15.056 0.1686 2.1188
30.111 2.9654 66.0 (-1 3 3) 15.056 0.1686 2.1188
30.843 2.8967 20.0 ( 1 3 3) 15.422 0.1726 2.1691
31.062 2.8767 23.0 ( 0 2 6) 15.531 0.1738 2.1841
31.440 2.8430 20.0 ( 0 4 3) 15.720 0.1759 2.2100
32.471 2.7551 2.0 (-1 3 4) 16.236 0.1815 2.2806
32.674 2.7384 7.0 (-1 1 6) 16.337 0.1826 2.2945
33.337 2.6855 2.0 ( 1 3 4) 16.669 0.1862 2.3397
33.797 2.6499 12.0 ( 0 4 4) 16.899 0.1887 2.3711
33.954 2.6381 4.0 ( 1 1 6) 16.977 0.1895 2.3818
34.213 2.6187 49.0 ( 2 0 0) 17.107 0.1909 2.3994
35.075 2.5563 7.0 (-2 0 2) 17.538 0.1956 2.4580
35.356 2.5366 8.0 ( 0 2 7) 17.678 0.1971 2.4770
35.884 2.5005 3.0 ( 2 0 2) 17.942 0.2000 2.5128
36.250 2.4761 <1 ( 1 3 5) 18.125 0.2019 2.5376
36.645 2.4503 1.0 ( 0 4 5) 18.323 0.2041 2.5643
37.134 2.4191 2.0 ( 2 2 0) 18.567 0.2067 2.5973
37.630 2.3884 1.0 ( 2 2 1) 18.815 0.2093 2.6307
37.926 2.3704 1.0 (-2 2 2) 18.963 0.2109 2.6507
38.064 2.3621 3.0 ( 1 1 7) 19.032 0.2117 2.6600
38.314 2.3473 1.0 (-2 0 4) 19.157 0.2130 2.6768
38.504 2.3361 2.0 (-1 3 6) 19.252 0.2140 2.6896
39.201 2.2962 2.0 (-2 2 3) 19.600 0.2178 2.7363
39.469 2.2812 1.0 ( 1 5 0) 19.734 0.2192 2.7543
39.638 2.2719 4.0 ( 1 3 6) 19.819 0.2201 2.7656
39.857 2.2599 9.0 ( 1 5 1) 19.928 0.2212 2.7803
39.857 2.2599 9.0 ( 2 0 4) 19.928 0.2212 2.7803
40.302 2.2360 1.0 ( 2 2 3) 20.151 0.2236 2.8100
40.959 2.2016 2.0 (-1 1 8) 20.479 0.2271 2.8539
41.736 2.1624 3.0 (-1 5 3) 20.868 0.2312 2.9057
42.281 2.1358 1.0 ( 1 5 3) 21.140 0.2341 2.9419
43.234 2.0909 4.0 (-2 2 5) 21.617 0.2391 3.0050
43.873 2.0619 5.0 ( 0 6 2) 21.936 0.2425 3.0473
44.169 2.0488 <1 ( 1 5 4) 22.084 0.2440 3.0668
44.401 2.0386 12.0 ( 0 2 9) 22.200 0.2453 3.0821
44.937 2.0155 9.0 ( 2 2 5) 22.468 0.2481 3.1174
45.169 2.0057 9.0 ( 0 6 3) 22.584 0.2493 3.1326
45.327 1.9991 1.0 ( 2 4 1) 22.663 0.2501 3.1430
45.579 1.9886 6.0 (-2 4 2) 22.789 0.2514 3.1596
45.897 1.9756 13.0 (-2 2 6) 22.948 0.2531 3.1804
46.231 1.9621 16.0 ( 2 4 2) 23.115 0.2548 3.2023
46.666 1.9448 14.0 (-2 4 3) 23.333 0.2571 3.2308
46.921 1.9348 17.0 ( 0 6 4) 23.460 0.2584 3.2474
47.158 1.9257 5.0 ( 1 3 8) 23.579 0.2597 3.2629
47.628 1.9077 10.0 ( 2 4 3) 23.814 0.2621 3.2935
47.841 1.8997 7.0 ( 2 2 6) 23.920 0.2632 3.3074
48.229 1.8854 10.0 (-2 4 4) 24.114 0.2652 3.3326
48.389 1.8795 1.0 (-1 5 6) 24.194 0.2660 3.3430
48.929 1.8600 10.0 (-2 2 7) 24.464 0.2688 3.3780
49.124 1.8531 11.0 ( 0 2 10) 24.562 0.2698 3.3907
49.124 1.8531 11.0 ( 0 6 5) 24.562 0.2698 3.3907
49.363 1.8447 3.0 ( 1 5 6) 24.681 0.2711 3.4061
49.482 1.8405 6.0 ( 2 4 4) 24.741 0.2717 3.4138
49.938 1.8248 4.0 (-1 1 10) 24.969 0.2740 3.4433
50.191 1.8162 2.0 (-2 4 5) 25.095 0.2753 3.4596
51.084 1.7865 11.0 ( 2 2 7) 25.542 0.2799 3.5171
51.397 1.7763 17.0 (-1 5 7) 25.698 0.2815 3.5372
52.431 1.7437 14.0 ( 1 5 7) 26.215 0.2867 3.6033
53.551 1.7099 22.0 ( 1 7 0) 26.775 0.2924 3.6747
53.728 1.7046 3.0 (-1 7 1) 26.864 0.2933 3.6860
53.864 1.7007 4.0 ( 1 7 1) 26.932 0.2940 3.6946
54.006 1.6965 2.0 ( 0 2 11) 27.003 0.2947 3.7036
54.205 1.6907 2.0 (-1 3 10) 27.103 0.2957 3.7162
54.291 1.6883 6.0 (-1 7 2) 27.145 0.2962 3.7216
54.291 1.6883 6.0 (-3 1 3) 27.145 0.2962 3.7216
54.595 1.6796 5.0 ( 1 7 2) 27.298 0.2977 3.7409
54.668 1.6775 3.0 (-1 1 11) 27.334 0.2981 3.7455
55.335 1.6589 2.0 (-1 7 3) 27.668 0.3014 3.7877
55.574 1.6523 4.0 ( 3 1 3) 27.787 0.3026 3.8027
55.574 1.6523 4.0 (-3 1 4) 27.787 0.3026 3.8027
55.791 1.6464 2.0 ( 1 7 3) 27.895 0.3037 3.8163
55.935 1.6425 8.0 (-2 2 9) 27.968 0.3044 3.8254
55.935 1.6425 8.0 ( 2 6 0) 27.968 0.3044 3.8254
56.235 1.6344 4.0 ( 1 1 11) 28.117 0.3059 3.8442
56.484 1.6278 1.0 (-2 6 2) 28.242 0.3072 3.8599
57.040 1.6133 10.0 ( 3 3 0) 28.520 0.3099 3.8947
57.040 1.6133 10.0 (-3 3 1) 28.520 0.3099 3.8947
57.318 1.6061 12.0 (-3 1 5) 28.659 0.3113 3.9121
57.318 1.6061 12.0 ( 3 1 4) 28.659 0.3113 3.9121
57.459 1.6025 14.0 (-3 3 2) 28.730 0.3120 3.9209
57.459 1.6025 14.0 ( 3 3 1) 28.730 0.3120 3.9209
57.951 1.5900 1.0 ( 0 6 8) 28.976 0.3145 3.9516
58.252 1.5826 3.0 ( 2 6 3) 29.126 0.3159 3.9703
58.325 1.5808 20.0 ( 3 3 2) 29.162 0.3163 3.9748
58.325 1.5808 20.0 (-1 5 9) 29.162 0.3163 3.9748
58.467 1.5772 5.0 ( 2 2 9) 29.234 0.3170 3.9837
58.467 1.5772 5.0 (-2 4 8) 29.234 0.3170 3.9837
58.783 1.5695 7.0 (-2 6 4) 29.392 0.3186 4.0033
59.400 1.5547 7.0 ( 3 1 5) 29.700 0.3216 4.0415
59.513 1.5520 5.0 (-1 1 12) 29.757 0.3222 4.0485
59.584 1.5503 12.0 ( 1 5 9) 29.792 0.3225 4.0529
59.584 1.5503 12.0 ( 3 3 3) 29.792 0.3225 4.0529
59.873 1.5435 9.0 ( 2 6 4) 29.937 0.3239 4.0707
59.873 1.5435 9.0 (-2 2 10) 29.937 0.3239 4.0707
60.077 1.5388 1.0 ( 0 4 11) 30.039 0.3249 4.0833
60.202 1.5359 1.0 ( 1 3 11) 30.101 0.3255 4.0910
60.538 1.5281 2.0 (-2 6 5) 30.269 0.3272 4.1117
60.660 1.5254 1.0 ( 2 0 10) 30.330 0.3278 4.1191,