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. 2021 Nov 18;77(Pt 12):1197–1202. doi: 10.1107/S2056989021011907

Table 3. Continuous shape calculations for octa­coordinated Ln 3+ ions in 1 obtained with Shape 2.1 software (Casanova et al., 2005).

  OP-8 HPY-8 HBPY-8 CU-8 SAPR-8 TDD-8 JGBF-8 JETBPY-8
Pr–SO4 30.846 22.755 15.952 11.561 2.215 2.397 13.029 25.482
Nd–SO4 30.677 22.888 15.968 11.587 2.141 2.364 13.033 25.516
Sm–SO4 30.387 22.903 15.951 11.562 2.020 2.311 13.013 25.752
Eu–SO4 30.516 23.164 16.270 11.783 1.952 2.363 13.190 25.864
Gd–SO4 30.465 23.110 16.032 11.570 1.907 2.269 13.151 26.121
Tb–SO4 30.381 23.117 16.159 11.666 1.854 2.322 13.140 26.276
Dy–SO4 30.357 23.195 16.112 11.603 1.799 2.254 13.168 26.433
Ho–SO4 30.272 23.212 16.095 11.588 1.761 2.247 13.186 26.496

Octa­coordinated ions: OP-8 = octa­gon (D 8h ); HPY-8 = hepta­gonal pyramid (C 7v ); HBPY-8 = hexa­gonal bipyramid (D 6h ); CU-8 = cube (O h ); SAPR-8 = square anti­prism (D 4d ); TDD-8 = triangular dodeca­hedron (D 2d ); JGBF-8 = Johnson gyrobifastigium J26 (D 2d ); JETBPY-8 = Johnson elongated triangular bipyramid J14 (D 3h ).