American Mineralogist Crystal Structure Database

13 matching records for this search.

Gismondine
Download hom/gismondine.pdf
Fischer K F
Download am/vol48/AM48_664.pdf
American Mineralogist 48 (1963) 664-672
The crystal structure determination of the zeolite gismondite. CaAl2Si2O8.4H2O
_database_code_amcsd 0000123
10.02 10.62 9.84 90 92.42 90 P2_1/c
atom    x     y     z occ
Si1  .415  .113  .182
Si2  .908  .870  .160
Al1  .097  .113  .170
Al2  .590  .867  .149
Ca   .720  .077  .354
O1   .078  .154 -.001
O2   .262  .075  .212
O3   .438  .145  .026
O4   .246  .407  .303
O5      0 -.017  .215
O6   .044  .242  .261
O7   .463  .224  .276
O8   .511 -.005  .226
Wat1 .257  .107  .505
Wat2 .590  .127  .539
Wat3 .911  .119  .501
Wat4  .77   .21   .17  .5
Wat5  .74   .18  .895  .5
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Gismondine
Download hom/gismondine.pdf
Ori S, Quartieri S, Vezzalini G, Dmitriev V
Download am/vol93/AM93_1393.pdf
American Mineralogist 93 (2008) 1393-1403
Pressure-induced over-hydration and water ordering in gismondine:
a synchrotron powder diffraction study
Locality: Ballyclare, Ireland
Note: ambient pressure
_database_code_amcsd 0004631
10.0155 10.6051 9.8277 90 92.409 90 P2_1/c
atom     x     y     z occ Uiso
Ca   .7159 .0772 .3564     .052
All  .0987 .1136 .1671     .015
Al2  .5917 .8652 .1514     .015
Sil  .4110 .1088 .1791     .015
Si2  .9101  .870 .1618     .015
O1    .072  .159 .9981     .005
O2   .2608  .067  .215     .005
O3    .435  .151 .0237     .005
O4   .2430  .401  .302     .005
O5    .004  .986  .217     .005
O6    .043 .2412  .261     .005
O7    .461  .227  .273     .005
O8    .504  .989  .222     .005
Watl  .254  .104  .503     .022
Wat2  .591  .122  .536     .022
Wat3  .911  .116  .495     .022
Wat4  .777  .239  .240 .38 .022
Wat5  .734  .307  .410 .62 .022
Wat6  .777  .083  .040 .15 .022
Wat7  .760  .198  .147 .62 .022
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Gismondine
Download hom/gismondine.pdf
Ori S, Quartieri S, Vezzalini G, Dmitriev V
Download am/vol93/AM93_1393.pdf
American Mineralogist 93 (2008) 1393-1403
Pressure-induced over-hydration and water ordering in gismondine:
a synchrotron powder diffraction study
Locality: Ballyclare, Ireland
Note: pressure = 1.6 GPa
_database_code_amcsd 0004632
9.8917 10.5948 9.7482 90 92.200 90 P2_1/c
atom     x     y     z occ Uiso
Ca   .7285 .0824 .3543     .070
All   .095  .113  .168     .026
Al2   .591  .863  .151     .026
Sil   .412  .112  .183     .026
Si2   .909  .866  .163     .026
O1    .071  .160  .998     .016
O2    .260  .072  .221     .016
O3    .436  .151  .026     .016
O4    .243  .404  .298     .016
O5    .005  .980  .218     .016
O6    .036  .236  .269     .016
O7    .471  .226  .278     .016
O8    .501  .988  .220     .016
Watl  .259  .102  .501     .033
Wat2  .592  .125  .532     .033
Wat3  .910  .122  .503     .033
Wat4   .77  .274   .20 .23 .033
Wat5  .745  .318  .360 .77 .033
Wat6  .760  .152   .06 .50 .033
Wat7  .767  .175   .14 .50 .033
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Gismondine
Download hom/gismondine.pdf
Ori S, Quartieri S, Vezzalini G, Dmitriev V
Download am/vol93/AM93_1393.pdf
American Mineralogist 93 (2008) 1393-1403
Pressure-induced over-hydration and water ordering in gismondine:
a synchrotron powder diffraction study
Locality: Ballyclare, Ireland
Note: pressure = 1.9 GPa
_database_code_amcsd 0004633
9.7975 10.626 9.6977 90 91.225 90 P2_1/c
atom     x     y    z Uiso
Ca    .744 .0777 .346 .091
All   .096  .114 .170 .032
Al2   .583  .860 .158 .032
Sil   .417  .108 .184 .032
Si2   .909  .862 .163 .032
O1    .071  .164 .000 .026
O2    .261  .071 .220 .026
O3    .434  .139 .022 .026
O4    .248  .397 .303 .026
O5    .006  .978 .212 .026
O6    .029  .233 .271 .026
O7    .485  .225 .267 .026
O8    .500  .985 .236 .026
Watl  .260  .111 .497 .038
Wat2  .597  .128 .519 .038
Wat3  .906  .119 .514 .038
Wat5  .764  .303 .326 .038
Wat7  .758  .149 .099 .038
Download AMC data (View Text File)
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Gismondine
Download hom/gismondine.pdf
Ori S, Quartieri S, Vezzalini G, Dmitriev V
Download am/vol93/AM93_1393.pdf
American Mineralogist 93 (2008) 1393-1403
Pressure-induced over-hydration and water ordering in gismondine:
a synchrotron powder diffraction study
Locality: Ballyclare, Ireland
Note: pressure = 0 after decompression
_database_code_amcsd 0004634
10.0264 10.6094 9.8377 90 92.369 90 P2_1/c
atom     x     y    z occ Uiso
Ca   .7164 .0793 .356     .071
All   .094  .112 .166     .025
Al2   .593  .866 .148     .025
Sil   .412  .108 .181     .025
Si2   .909  .869 .160     .025
O1    .077  .168 .999     .013
O2    .261  .062 .212     .013
O3    .435  .157 .027     .013
O4    .243  .406 .303     .013
O5    .006  .982 .215     .013
O6    .048  .244 .254     .013
O7    .459  .231 .269     .013
O8    .505  .988 .222     .013
Watl  .248  .110 .502     .035
Wat2  .585  .117 .552     .035
Wat3  .911  .120 .492     .035
Wat4  .802  .268 .246 .44 .035
Wat5  .749  .294 .392 .56 .035
Wat6  .754   .11  .01 .16 .035
Wat7  .750  .194 .168 .79 .035
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Gismondine
Download hom/gismondine.pdf
Wadoski-Romeijn E, Armbruster T
 
American Mineralogist 98 (2013) 1988-1997
Topotactic transformation and dehydration of the zeolite gismondine
to a novel Ca feldspar structure
Note: T = 25 C, Phase A, Path 1
Locality: Rio Pian del Foco, Genova province, Italy
_database_code_amcsd 0020099
10.0214 10.5997 9.8327 90 92.363 90 P2_1/c
atom       x      y      z  occ   Uiso U(1,1) U(2,2) U(3,3)  U(1,2) U(1,3)  U(2,3)
Ca1   .71584 .07706 .35506 .898 .03260  .0350  .0433 .01924  -.0126 -.0017 -.00591
Ca2    .7656  .0735  .3411 .102 .03260  .0350  .0433 .01924  -.0126 -.0017 -.00591
Si1   .41466 .11265 .18172      .00791 .00866 .00745 .00761  .00082 .00013 -.00021
Si2   .90803 .86989 .16043      .00807 .00784 .00858 .00779 -.00049 .00033  .00013
Al1   .09669 .11315 .16898      .00806 .00838 .00787 .00793 -.00134 .00020 -.00105
Al2   .59069 .86664 .14869      .00840 .00976 .00812 .00735  .00160 .00069  .00051
O1    .07975 .15644 .00011       .0199  .0260  .0259  .0080   .0046  .0015  -.0005
O2    .26200 .07645 .21320      .01744  .0091  .0222  .0210   .0000  .0011   .0046
O3    .43436 .14800 .02494      .01679  .0235  .0181  .0088  -.0015  .0009   .0012
O4    .24443 .40355 .30367      .01680  .0085  .0236  .0183  -.0019  .0013   .0034
O5    .00001 .98590 .21336       .0212  .0233  .0163  .0240  -.0101 -.0008  -.0013
O6    .04550 .24264 .26038      .01675  .0169  .0136  .0198  -.0013  .0006  -.0063
O7    .46405 .22850 .27766      .01574  .0225  .0108  .0138  -.0007  .0000  -.0043
O8    .51116 .99406 .22607      .01262  .0143  .0103  .0134   .0052  .0013   .0000
OW1   .25920 .10418 .50260       .0340  .0501  .0277  .0244  -.0022  .0057  -.0005
OW2   .59255 .12702 .54227       .0316  .0342  .0278  .0334   .0096  .0063   .0092
OW3   .91067 .11644 .50028       .0356  .0367  .0348  .0350  -.0138 -.0022   .0046
Wat4   .7720  .2377  .2350 .508  .0553  .0261   .054   .085  -.0092 -.0104    .047
Wat5   .7417  .3172  .4044 .492  .0570   .045  .0244   .099  -.0093  -.019   .0193
Wat6A  .7788  .2036  .1636  .25  .0450   .032   .050   .052   -.006   .001    .027
Wat6B  .7517  .1657  .1153  .25  .0450   .032   .050   .052   -.006   .001    .027
H11     .222  .1861   .514        .096
H21     .258   .102  .4053        .094
H12     .545  .2042   .534        .058
H22     .556   .078   .612        .101
H13     .951  .1977   .496        .068
H23     .926   .070   .580        .073
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Gismondine
Download hom/gismondine.pdf
Wadoski-Romeijn E, Armbruster T
 
American Mineralogist 98 (2013) 1988-1997
Topotactic transformation and dehydration of the zeolite gismondine
to a novel Ca feldspar structure
Note: T = 75 C, Phase B, Path 1
Locality: Rio Pian del Foco, Genova province, Italy
_database_code_amcsd 0020100
13.6801 10.4670 13.8667 90 90 90 P2_12_12_1
atom      x     y      z  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Si1   .9029 .7578 .25273 .0086  .0112  .0108  .0037 -.0024 -.0017 -.0003
Si2  .83250 .0317 .48595 .0097  .0096  .0108  .0088  .0006 -.0009 -.0015
Si3   .5682 .7606 .25274 .0089  .0121  .0103  .0044 -.0035 -.0010  .0013
Si4  .66629 .5313 .51577 .0103  .0097  .0113  .0099 -.0003 -.0011  .0021
Al1   .7379 .7812  .4139 .0107  .0092  .0125  .0106 -.0011  .0005 -.0005
Al2  .00516 .5079  .1725 .0089  .0061  .0093  .0112  .0035  .0018  .0026
Al3  .50578 .5083  .3549 .0087  .0058  .0090  .0113 -.0005  .0022  .0028
Al4   .7267 .7140  .0960 .0111  .0091  .0116  .0126 -.0003 -.0009  .0000
O1    .6159 .7023  .1573 .0190   .018   .021   .019   .001   .005  -.005
O2    .9592 .8938  .2404 .0155   .015   .015   .016  -.005   .002  -.005
O3    .9026 .9823  .5719 .0194   .020   .023   .015   .001  -.008   .000
O4    .5858 .5436  .5990 .0224   .021   .025   .021  -.001   .006   .006
O5    .8268 .7619  .1646 .0205   .020   .021   .020  -.003  -.006   .002
O6    .6169 .4870  .4147 .0183   .015   .027   .013   .007  -.006  -.005
O7    .8846 .0487  .3836 .0180   .016   .021   .017   .003   .007  -.001
O8    .4913 .6580  .2997 .0171   .014   .017   .021  -.001   .001   .005
O9    .6484 .8046  .3286 .0199   .019   .025   .016  -.001  -.007  -.001
O10   .8487 .7490  .3572 .0192   .015   .023   .019   .001   .002   .001
O11   .7172 .6714  .5051 .0182   .023   .013   .019  -.001   .004   .003
O12   .9768 .6410  .2424 .0198   .017   .021   .021   .005  -.004  -.006
O13   .4977 .3858  .2744 .0191   .021   .017   .019  -.004   .004  -.005
O14   .7515 .4316  .5440 .0188   .016   .016   .024   .003  -.006   .004
O15   .7751 .1603  .5144 .0177   .017   .016   .020   .003   .001  -.006
O16   .7470 .9215  .4856 .0181   .017   .014   .024  -.006   .004  -.003
Ca1  .31733 .6997 .34687 .0239  .0206  .0199  .0311 -.0012 -.0045  .0023
Ca2  .87857 .9599 .08605 .0228  .0216  .0242  .0225  .0001 -.0027  .0039
Wat1  .1394 .6879  .3441 .0316   .020   .041   .034   .007  -.007  -.013
Wat2  .2573 .5150  .2619  .033   .036   .023   .040   .004  -.017  -.008
Wat3  .3834 .9004  .3761 .0310   .031   .025   .037  -.002   .012  -.004
Wat4  .2911 .7876  .1811  .055   .057   .046   .062  -.019  -.034   .017
Wat5  .9402 .8432 -.0443  .072   .044   .104   .067  -.018   .024  -.057
Wat6  .0237 .0640  .0487  .071   .062   .112   .037  -.048   .018  -.029
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Gismondine
Download hom/gismondine.pdf
Wadoski-Romeijn E, Armbruster T
 
American Mineralogist 98 (2013) 1988-1997
Topotactic transformation and dehydration of the zeolite gismondine
to a novel Ca feldspar structure
Note: T = 150 C, Phase C, Path 1
Locality: Rio Pian del Foco, Genova province, Italy
_database_code_amcsd 0020101
13.9014 8.9469 13.9697 90 90 90 P2_12_12_1
atom     x     y     z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Si1  .0610 .2424 .7502      .0203   .011   .028  .0217  .0006 -.0002  .0018
Si2  .6309 .7553 .7516      .0207  .0083   .027   .027 -.0004  .0007  .0022
Si3  .1508 .3880 .4635      .0189  .0132  .0218  .0217  .0005  .0008  .0005
Si4  .6493 .3953 .9673      .0191  .0121  .0219  .0232  .0000 -.0010  .0017
Al1  .9979 .9981 .1805      .0206   .011   .027   .024  .0011  .0003  .0009
Al2  .4947 .0083 .3879      .0210   .015   .026   .023 -.0019  .0003 -.0012
Al3  .7137 .3541 .3923      .0187  .0098   .025  .0208 -.0013  .0009  .0026
Al4  .2142 .3630 .8948      .0208   .015   .023   .024 -.0010  .0007 -.0021
O1   .9850 .3361 .6869       .032   .016   .034   .046   .001  -.009   .008
O2   .4901 .3398 .1742       .027   .015   .038   .029   .001  -.013   .011
O3   .5525 .8864 .7690       .027   .024   .036   .021   .006  -.001   .001
O4   .0793 .9041 .2574       .028   .017   .039   .027   .001  -.006  -.003
O5   .1183 .1158 .6901       .031   .021   .042   .029  -.003   .008   .006
O6   .6283 .1406 .1951       .034   .030   .039   .031   .005   .005  -.002
O7   .1664 .2175 .5010       .026   .019   .035   .025  -.002  -.003   .005
O8   .6759 .2294 .0042       .032   .037   .033   .026   .005  -.007   .001
O9   .2551 .9649 .5861       .024   .006   .027   .040   .001   .005   .001
O10  .7471 .9565 .0684       .026   .012   .029   .036   .000  -.001   .004
O11  .1173 .9974 .9449       .029   .015   .035   .037  -.001  -.002  -.005
O12  .5991 .0118 .4574       .031   .020   .049   .024  -.005  -.004  -.010
O13  .7973 .2378 .3426       .033   .017   .046   .036   .007   .003   .007
O14  .3185 .2820 .8513       .032   .025   .046   .025   .014   .005  -.002
O15  .0794 .3674 .3727       .024   .019   .031   .024   .000  -.006   .002
O16  .5594 .3866 .8973       .029   .012   .037   .038  -.001  -.006   .000
Ca1  .0720 .0886 .3845      .0331  .0299  .0411  .0282  .0016 -.0091 -.0026
Ca2A .8618 .3310 .8247 .791 .0311   .019   .043   .031  .0072  .0025 -.0020
Ca2B .8404  .240 .8935 .150  .030
Wat1 .2437  .864 .8207       .057   .030   .106   .035   .013  -.006  -.008
Wat2 .7414  .884 .3188       .071   .044   .055   .114  -.005   .015  -.024
Wat3 .0703 .8570 .4900       .047   .043   .043   .055   .000   .003   .000
Wat4 .9433 .1294 .4972       .062   .026   .060   .100  -.008   .017   .007
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Gismondine
Download hom/gismondine.pdf
Wadoski-Romeijn E, Armbruster T
 
American Mineralogist 98 (2013) 1988-1997
Topotactic transformation and dehydration of the zeolite gismondine
to a novel Ca feldspar structure
Note: T = 75 C, Path 2
Locality: Rio Pian del Foco, Genova province, Italy
_database_code_amcsd 0020102
9.790 10.437 9.790 90 90.97 90 I2/a
atom      x      y      z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Si   .06981 .35773 .34690      .0134  .0126  .0119  .0156 .00100  .0008 -.0010
Al   .10332 .11131 .16930      .0140  .0150  .0128  .0143 -.0023  .0018 -.0022
Ca1   .3047 -.0854  .3313 .254 .0362   .052   .024   .033  .0073  .0133  .0027
Ca2  -.0947  .1612  .5544 .186 .0361   .032   .029   .046 -.0016 -.0094  .0034
O1   -.0369  .4629  .2857      .0277  .0367  .0223  .0238  .0141 -.0055 -.0005
O2    .0528  .3419  .5079      .0302  .0433  .0313  .0161 -.0021  .0011 -.0018
O3    .0310  .2210  .2800      .0267  .0265  .0188  .0348 -.0001  .0035 -.0132
O4    .2784  .0968  .1954      .0307  .0142  .0317   .046 -.0027  .0072  .0024
Wat1  .2261 -.2820  .4124 .395  .076   .053   .098   .079  -.022   .013  -.016
Wat2 -.0298  .0590  .5103  .60  .129   .075    .24   .069   .012   .001   .044
Wat3 -.1621 -.0303  .4980  .41  .099   .106   .138   .054   .046  -.005  -.016
Wat4   .276  -.149   .296  .51   .17   .062    .29    .14    .08  -.003    .07
Wat5   .245  -.239   .309  .13  .032
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Gismondine
Download hom/gismondine.pdf
Wadoski-Romeijn E, Armbruster T
 
American Mineralogist 98 (2013) 1988-1997
Topotactic transformation and dehydration of the zeolite gismondine
to a novel Ca feldspar structure
Note: T = 225 C, Path 2
Locality: Rio Pian del Foco, Genova province, Italy
_database_code_amcsd 0020103
9.434 9.0440 9.6950 90 89.040 90 I2/a
atom       x       y       z  occ   Uiso U(1,1) U(2,2) U(3,3)  U(1,2)  U(1,3)  U(2,3)
Si    .05556  .32064  .38602      .01788  .0187  .0172  .0179  .00184 -.00360 -.00106
Al    .13201  .07978  .18112      .01776  .0188  .0163  .0182 -.00066 -.00281 -.00112
Ca1  -.17893  .20622  .18672 .389  .0383
Ca2    .0640   .0484   .5680 .084  .0318
O1   -.09122  .39158  .32814       .0246
O2     .0500   .3228  .55227       .0330
O3     .0627  .15111  .33389       .0297
O4    .18636   .4183   .3271       .0379
Wat1     .25  -.1164      .5        .124
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Gismondine
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Artioli G, Rinaldi R, Kvick A, Smith J V
 
Zeolites 6 (1986) 361-366
Neutron diffraction structure refinement of the zeolite gismondine at 15 K
Locality: synthetic
Sample: T = 15 K
_database_code_amcsd 0015867
10.011 10.614 9.853 90 93.11 90 P2_1/c
atom      x      y      z  occ Uiso
Ca   .71243 .07174 .35977      .111
Al1  .09783 .11445 .16605      .059
Al2  .58866 .86492 .14799      .056
Si1  .41701 .11342 .18365      .052
Si2  .90696 .87029 .16244      .049
O1   .08594 .16268 .99653      .080
O2   .26410 .08016 .21490      .079
O3   .43831 .14684 .02648      .070
O4   .24580 .40345 .30058      .077
O5   .99985 .98818 .20919      .086
O6   .04313 .24651 .25317      .070
O7   .47039 .22764 .28039      .075
O8   .51143 .99265 .22922      .070
Ow1  .25843 .10659 .49653      .100
H11  .20848 .31767 .01194      .175
H12  .26257 .09735 .39871      .157
Ow2  .59508 .13096 .55060      .093
H21  .53278 .29830 .03790      .157
H22  .56213 .41867 .12553      .152
Ow3  .90921 .11782 .49859      .105
H13  .97987 .17930 .47756 .384 .153
H23  .94105 .42852 .07771      .197
H33  .96046 .30710 .00027 .616 .115
Ow4  .77553 .23209 .23491 .697 .114
H14  .72229 .28729 .17445 .613 .159
H24  .86970 .25232 .22989 .697 .153
H34  .65855 .27923 .19458 .084 .164
Ow5  .73447 .32137 .41318 .303 .128
H15  .76015 .15794 .00480 .303 .209
H25  .74585 .39881 .35918 .303 .191
Ow6  .77947 .19590 .16474 .303 .142
H16  .73394 .26797 .14126 .303 .217
H26  .87648 .22894 .19538 .303 .220
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Gismondine
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Vezzalini G, Quartieri S, Alberti A
 
Zeolites 13 (1993) 34-42
Structural modifications induced by dehydration in the zeolite gismondine
Locality: Montalto di Castro, Italy
Sample: dehydration t = 1 hr
_database_code_amcsd 0015868
9.989 10.616 9.820 90 92.57 90 *P2_1
0 0 .25
atom      x     y     z  Uiso
Ca    .7155 .0689 .3579  .022
CaP   .2837 .9337 .6407  .022
Al1   .0965 .1149 .1679 .0069
Al1f  .0965 .3851 .6679 .0069
Al2   .5873 .8645 .1468 .0064
Al2f  .5873 .6355 .6468 .0064
Si1   .4163 .1129 .1836 .0062
Si1f  .4163 .3871 .6836 .0062
Si2   .9073 .8717 .1616 .0058
Si2f  .9073 .6283 .6616 .0058
O1    .0810 .1576 .9972  .014
O1f   .0810 .3424 .4972  .014
O2    .2619 .0807 .2146  .013
O2f   .2619 .4193 .7146  .013
O3    .4400 .1478 .0253  .011
O3f   .4400 .3522 .5253  .011
O4    .2487 .4021 .3037  .013
O4f   .2487 .0979 .8037  .013
O5    .9969 .9883 .2135  .013
O5f   .9969 .5117 .7135  .013
O6    .0435 .2486 .2560  .009
O6f   .0435 .2514 .7560  .009
O7    .4704 .2258 .2788  .010
O7f   .4704 .2742 .7788  .010
O8    .5088 .9912 .2283  .010
O8f   .5088 .5088 .7283  .010
Wat1  .2556 .1184 .4997  .026
Wat1P .7480 .8992 .5069  .021
Wat2  .5931 .1196 .5541  .017
Wat2P .4034 .8553 .4582  .012
Wat3  .9011 .1370 .4995  .013
Wat3P .0846 .8948 .4948  .018
Wat4  .7743 .2537 .2557  .023
Wat7P .2286 .7763 .7834  .028
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Gismondine
Download hom/gismondine.pdf
Vezzalini G, Quartieri S, Alberti A
 
Zeolites 13 (1993) 34-42
Structural modifications induced by dehydration in the zeolite gismondine
Locality: Montalto di Castro, Italy
Sample: dehydration t = 24 hr
_database_code_amcsd 0015869
13.902 8.892 13.952 90 90 90 *P2_12_12_1
.25 .25 .25
atom     x     y     z Uiso
Ca1  .8233 .8366 .1344 .016
Ca2  .6105 .0773 .5755 .028
Al1  .7480 .7488 .9306 .014
Al2  .2456 .7602 .1389 .014
Al3  .4648 .1010 .1419 .011
Al4  .9646 .1181 .6465 .014
Si1  .8119 .9880 .4995 .010
Si2  .3810 .5056 .5019 .012
Si3  .9012 .1352 .2143 .011
Si4  .3985 .1474 .7174 .012
O1    .737  .081  .433 .021
O2    .240  .090  .923 .010
O3    .303  .637  .519 .006
O4    .829  .656  .005 .013
O5    .871  .860  .439 .009
O6    .380  .893  .948 .017
O7    .917  .966  .250 .008
O8    .425  .977  .749 .021
O9    .006  .714  .338 .008
O10   .495  .701  .821 .010
O11   .867  .742  .695 .012
O12   .351  .765  .207 .013
O13   .548  .984  .094 .008
O14   .070  .028  .603 .012
O15   .829  .116  .120 .015
O16   .307  .129  .646 .016
Wat1  .992  .611  .571 .029
Wat2  .496  .640  .072 .047
Wat3  .819  .604  .238 .030
Wat4  .691  .881  .246 .039
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Total number of retrieved datasets: 13
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