##############################################################################
###                                                                        ###
###        Electronic paper (Acta Crystallographica Section E)             ###
###                                                                        ###
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# This CIF contains the data in a paper accepted for publication in Acta     #
# Crystallographica Section E. It conforms to the requirements of Notes      #
# for Authors for Section E, and has been peer reviewed under the auspices   #
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# Full details of the Crystallographic Information File format               #
# are given in the paper "The Crystallographic Information File (CIF):       #
# a New Standard Archive File for Crystallography" by S. R. Hall, F. H.      #
# Allen and I. D. Brown [Acta Cryst. (1991), A47, 655-685].                  #
#                                                                            #
# The current version of the core CIF dictionary is obtainable from          #
# ftp://ftp.iucr.org/pub/cif_core.dic. The current version number is 2.1.    #
#                                                                            #
# Software is freely available for graphical display of the structure(s) in  #
# this CIF.  For information consult the CIF home page http://www.iucr.org/  #
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data_global
_audit_creation_method     'form.cif (version 2.0)'
_journal_data_validation_number     ?
_journal_date_recd_electronic     2007-07-30
_journal_date_accepted     2007-08-16
_journal_name_full     'Acta Crystallographica, Section E'
_journal_year     2007
_journal_volume     63
_journal_issue      9
_journal_page_first     i178
_journal_page_last     i178
_journal_paper_category     QI
_journal_coeditor_code     WM2135
_publ_contact_author_name     'Prof. Svilen Bobev'
_publ_contact_author_address
;
Department of Chemistry and Biochemistry
304A Drake Hall
University of Delaware
Newark, DE 19716
USA
;
_publ_contact_author_email     sbobev@chem.udel.edu
_publ_contact_author_fax     'Intl. Code + (302) 831-6335'
_publ_contact_author_phone     'Intl. Code + (302) 831-8720'
_publ_section_title
;
Sr₁₁InSb₉ grown from molten In
;
loop_
    _publ_author_name
    _publ_author_address
    'Hullmann, Jonathan'
;
Department of Chemistry and Biochemistry
University of Delaware
Newark
DE 19716
USA
;
    'Xia, Shengqing'
;
Department of Chemistry and Biochemistry
University of Delaware
Newark
DE 19716
USA
;
    'Bobev, Svilen'
;
Department of Chemistry and Biochemistry
University of Delaware
Newark
DE 19716
USA
;
data_I
_chemical_name_systematic
;
undecastrontium indium nonaantimonide
;
_chemical_name_common     ?
_chemical_formula_moiety     'In Sb4, 5(Sb), 11(Sr)'
_chemical_formula_sum     'In Sb9 Sr11'
_chemical_formula_structural     'In Sb9 Sr11'
_chemical_formula_analytical     ?
_chemical_formula_iupac     'Sr11 In Sb9'
_chemical_formula_weight     2174.39
_chemical_melting_point     ?
_symmetry_cell_setting     orthorhombic
_symmetry_space_group_name_H-M     'I b a 2'
_symmetry_space_group_name_Hall     'I 2 -2c'
loop_
    _symmetry_equiv_pos_as_xyz
    'x, y, z'
    '-x, -y, z'
    'x+1/2, -y+1/2, z'
    '-x+1/2, y+1/2, z'
    'x+1/2, y+1/2, z+1/2'
    '-x+1/2, -y+1/2, z+1/2'
    'x+1, -y+1, z+1/2'
    '-x+1, y+1, z+1/2'
_cell_length_a     12.3885(13)
_cell_length_b     13.1003(14)
_cell_length_c     17.4966(18)
_cell_angle_alpha     90.00
_cell_angle_beta     90.00
_cell_angle_gamma     90.00
_cell_volume     2839.6(5)
_cell_formula_units_Z     4
_cell_measurement_reflns_used     3124
_cell_measurement_theta_min     2.26
_cell_measurement_theta_max     27.10
_cell_measurement_temperature     120(2)
_exptl_crystal_description     irregular
_exptl_crystal_colour     black
_exptl_crystal_size_max     0.08
_exptl_crystal_size_mid     0.05
_exptl_crystal_size_min     0.04
_exptl_crystal_size_rad     ?
_exptl_crystal_density_diffrn     5.086
_exptl_crystal_density_method     'not measured'
_exptl_crystal_F_000     3704
_exptl_absorpt_coefficient_mu     29.640
_exptl_absorpt_correction_type     multi-scan
_exptl_absorpt_process_details     '(SADABS; Sheldrick, 2003)'
_exptl_absorpt_correction_T_min     0.172
_exptl_absorpt_correction_T_max     0.308
_exptl_special_details
;
Crystals were selected in the glove box and cut in a Paratone N
oil bath to the desired dimensions.  A suitable crystal was
then chosen mounted on the tip of a glass fiber and quickly
placed under the cold nitrogen stream (ca. 150 K) in a Bruker SMART
CCD-based diffractometer.
Data collection is performed with four batch runs at
φ = 0.00 ° (450 frames), at φ = 90.00 °
(450 frames),  at φ = 180.00 ° (450 frames),
and at φ = 270.00 (450 frames).  Frame width
= 0.40 ° in ω. Data are merged, corrected for decay,
and treated with multi-scan absorption corrections.
;
_diffrn_ambient_temperature     120(2)
_diffrn_radiation_type     MoK\a
_diffrn_radiation_wavelength     0.71073
_diffrn_radiation_source     'fine-focus sealed tube'
_diffrn_radiation_monochromator     graphite
_diffrn_measurement_device_type     'Bruker SMART APEX'
_diffrn_measurement_method     ω
_diffrn_detector_area_resol_mean     ?
_diffrn_reflns_number     15129
_diffrn_reflns_av_R_equivalents     0.0460
_diffrn_reflns_av_sigmaI/netI     0.0429
_diffrn_reflns_theta_min     2.26
_diffrn_reflns_theta_max     27.10
_diffrn_reflns_theta_full     27.10
_diffrn_measured_fraction_theta_max     1.000
_diffrn_measured_fraction_theta_full     1.000
_diffrn_reflns_limit_h_min     -15
_diffrn_reflns_limit_h_max     15
_diffrn_reflns_limit_k_min     -16
_diffrn_reflns_limit_k_max     16
_diffrn_reflns_limit_l_min     -22
_diffrn_reflns_limit_l_max     22
_diffrn_reflns_reduction_process     ?
_diffrn_standards_number     0
_diffrn_standards_interval_count     0
_diffrn_standards_interval_time     0
_diffrn_standards_decay_%     0
loop_
    _diffrn_standard_refln_index_h
    _diffrn_standard_refln_index_k
    _diffrn_standard_refln_index_l
    ? ? ?
_refine_special_details
;
 Refinement of F² against ALL reflections.  The weighted R-factor wR and
 goodness of fit S are based on F², conventional R-factors R are based
 on F, with F set to zero for negative F². The threshold expression of
 F² > 2sigma(F²) is used only for calculating R-factors(gt) etc. and is
 not relevant to the choice of reflections for refinement.  R-factors based
 on F² are statistically about twice as large as those based on F, and R-
 factors based on ALL data will be even larger.
;
_reflns_number_total     3124
_reflns_number_gt     2972
_reflns_threshold_expression     I>2σ(I)
_refine_ls_structure_factor_coef     Fsqd
_refine_ls_matrix_type     full
_refine_ls_R_factor_all     0.0249
_refine_ls_R_factor_gt     0.0223
_refine_ls_wR_factor_all     0.0353
_refine_ls_wR_factor_ref     0.0341
_refine_ls_goodness_of_fit_all     ?
_refine_ls_goodness_of_fit_ref     0.896
_refine_ls_restrained_S_all     0.896
_refine_ls_restrained_S_obs     ?
_refine_ls_number_reflns     3124
_refine_ls_number_parameters     99
_refine_ls_number_restraints     1
_refine_ls_number_constraints     ?
_refine_ls_hydrogen_treatment     ?
_refine_ls_weighting_scheme     calc
_refine_ls_weighting_details
                       'w=1/[σ²(Fo²)+(0.001P)²] where P=(Fo²+2Fc²)/3'
_refine_ls_shift/su_max     0.000
_refine_ls_shift/su_mean     0.000
_refine_diff_density_max     0.896
_refine_diff_density_min     -1.005
_refine_ls_extinction_method     'SHELXTL (Bruker, 2002)'
_refine_ls_extinction_coef     0.000020(3)
_refine_ls_abs_structure_details     'Flack (1983), 1496 Friedel pairs'
_refine_ls_abs_structure_Flack     0.017(6)
_refine_ls_abs_structure_Rogers     ?
loop_
    _atom_type_symbol
    _atom_type_description
    _atom_type_scat_dispersion_real
    _atom_type_scat_dispersion_imag
    _atom_type_scat_source
    'In' 'In' -0.7276 1.3100
                         'International Tables Vol C Tables 4.2.6.8 and 6.1.1.4'
    'Sb' 'Sb' -0.5866 1.5461
                         'International Tables Vol C Tables 4.2.6.8 and 6.1.1.4'
    'Sr' 'Sr' -1.5307 3.2498
                         'International Tables Vol C Tables 4.2.6.8 and 6.1.1.4'
_computing_data_collection     'SMART (Bruker, 2002)'
_computing_cell_refinement     'SAINT (Bruker, 2002)'
_computing_data_reduction     'SAINT (Bruker, 2002)'
_computing_structure_solution     'SHELXTL (Bruker, 2002)'
_computing_structure_refinement     'SHELXTL (Bruker, 2002)'
_computing_molecular_graphics     'XP in SHELXTL (Bruker, 2002)'
_computing_publication_material     'SHELXTL (Bruker, 2002)'
loop_
    _atom_site_type_symbol
    _atom_site_label
    _atom_site_fract_x
    _atom_site_fract_y
    _atom_site_fract_z
    _atom_site_U_iso_or_equiv
    _atom_site_adp_type
    _atom_site_calc_flag
    _atom_site_refinement_flags
    _atom_site_occupancy
    _atom_site_disorder_assembly
    _atom_site_disorder_group
    Sr Sr1 0.42681(6) 0.22217(5) 0.65758(5) 0.01021(16) Uani d . 1 . .
    Sr Sr2 0.68413(6) 0.05401(6) 0.62855(4) 0.01204(16) Uani d . 1 . .
    Sr Sr3 0.41024(6) 0.22651(6) 0.34159(4) 0.01095(17) Uani d . 1 . .
    Sr Sr4 0.68627(7) 0.05890(6) 0.36909(5) 0.01248(17) Uani d . 1 . .
    Sr Sr5 0.84036(5) 0.17355(5) 0.99994(6) 0.01271(14) Uani d . 1 . .
    Sr Sr6 0.0000 0.0000 0.67821(6) 0.0126(2) Uani d S 1 . .
    Sb Sb1 0.87132(3) 0.11611(3) 0.50258(4) 0.01040(10) Uani d . 1 . .
    Sb Sb2 0.0000 0.5000 0.25098(5) 0.00951(14) Uani d S 1 . .
    Sb Sb3 0.17692(4) 0.17776(4) 0.68278(3) 0.01071(11) Uani d . 1 . .
    Sb Sb4 0.46656(4) 0.10383(3) 0.49699(3) 0.01059(10) Uani d . 1 . .
    Sb Sb5 0.14600(4) 0.13808(4) 0.31116(3) 0.01019(11) Uani d . 1 . .
    In In1 0.0000 0.0000 0.39295(4) 0.01094(17) Uani d S 1 . .
_geom_special_details
;
 All esds (except the esd in the dihedral angle between two l.s. planes)
 are estimated using the full covariance matrix.  The cell esds are taken
 into account individually in the estimation of esds in distances, angles
 and torsion angles; correlations between esds in cell parameters are only
 used when they are defined by crystal symmetry.  An approximate (isotropic)
 treatment of cell esds is used for estimating esds involving l.s. planes.
;
loop_
    _geom_bond_atom_site_label_1
    _geom_bond_atom_site_label_2
    _geom_bond_site_symmetry_2
    _geom_bond_distance
    _geom_bond_publ_flag
    Sr1 Sb3 . 3.1806(9) y
    Sr1 Sb4 . 3.2466(10) y
    Sr1 Sb5 6 3.3742(10) y
    Sr1 Sb3 3 3.3932(9) y
    Sr1 Sb2 5_545 3.4589(9) y
    Sr1 Sb1 3_455 3.5094(10) y
    Sr1 Sr6 3 3.7682(8) ?
    Sr1 Sr3 8_545 3.8005(10) ?
    Sr1 Sr2 2_655 3.9034(11) ?
    Sr1 Sr2 . 3.9081(11) ?
    Sr1 Sr5 6_654 4.2183(11) ?
    Sr1 Sr2 3_455 4.2301(11) ?
    Sr2 Sb2 5_545 3.2082(10) y
    Sr2 Sb1 . 3.3012(10) y
    Sr2 Sb4 . 3.6040(10) y
    Sr2 Sb4 2_655 3.6137(10) y
    Sr2 Sb3 2_655 3.6170(9) y
    Sr2 Sb3 3 3.6409(10) y
    Sr2 Sr1 2_655 3.9034(11) ?
    Sr2 Sb5 8_545 3.9812(10) ?
    Sr2 Sr6 1_655 4.0704(9) ?
    Sr2 Sr5 7_444 4.2067(12) ?
    Sr2 Sr1 3 4.2301(11) ?
    Sr3 Sb3 6_554 3.2340(10) y
    Sr3 Sb4 . 3.2347(10) y
    Sr3 Sb5 3 3.4584(9) y
    Sr3 Sb5 . 3.5131(9) y
    Sr3 Sb1 3_455 3.5237(10) y
    Sr3 Sb2 3 3.5434(9) y
    Sr3 Sr1 8_544 3.8006(10) ?
    Sr3 In1 3 3.8575(8) ?
    Sr3 Sr4 2_655 3.9550(11) ?
    Sr3 Sr4 3_455 3.9790(11) ?
    Sr3 Sr4 . 4.0923(11) ?
    Sr3 Sr5 8_544 4.2184(12) ?
    Sr4 Sb2 3 3.1924(10) y
    Sr4 Sb1 . 3.3574(10) y
    Sr4 Sb5 2_655 3.4647(10) y
    Sr4 Sb4 . 3.5726(10) y
    Sr4 Sb4 2_655 3.6246(10) y
    Sr4 Sr3 2_655 3.9550(11) ?
    Sr4 Sr3 3 3.9789(11) ?
    Sr4 In1 1_655 3.9844(9) ?
    Sr4 Sb3 8_544 3.9903(10) ?
    Sr4 Sr5 6_654 4.1993(12) ?
    Sr4 Sr5 7_444 4.2613(11) ?
    Sr5 Sb3 8_545 3.2068(11) y
    Sr5 Sb5 8_545 3.3398(11) y
    Sr5 In1 7_545 3.5475(9) y
    Sr5 Sb1 8_645 3.6506(9) y
    Sr5 Sb4 6_655 3.7722(9) ?
    Sr5 Sb1 6_655 3.8041(9) ?
    Sr5 Sb1 7_445 3.8143(9) ?
    Sr5 Sb4 8_545 3.9108(9) ?
    Sr5 Sr4 6_655 4.1993(12) ?
    Sr5 Sr2 7_445 4.2067(12) ?
    Sr5 Sr3 8_545 4.2185(12) ?
    Sr5 Sr1 6_655 4.2183(12) ?
    Sr6 Sb3 . 3.1990(5) y
    Sr6 Sb3 2 3.1990(5) y
    Sr6 Sb5 8_445 3.4575(9) y
    Sr6 Sb5 7_445 3.4575(9) ?
    Sr6 In1 7_445 3.7572(14) ?
    Sr6 Sr1 4_545 3.7682(8) ?
    Sr6 Sr1 3_455 3.7682(8) ?
    Sr6 Sb1 1_455 3.7814(11) ?
    Sr6 Sb1 2_655 3.7814(11) ?
    Sr6 Sr2 1_455 4.0704(9) ?
    Sr6 Sr2 2_655 4.0704(9) ?
    Sr6 Sr5 7_344 4.3371(12) ?
    Sb1 In1 1_655 2.9213(7) y
    Sb1 Sr1 3 3.5094(10) ?
    Sb1 Sr3 3 3.5238(10) ?
    Sb1 Sr5 8_644 3.6506(9) ?
    Sb1 Sr6 1_655 3.7813(11) ?
    Sb1 Sr5 6_654 3.8041(9) ?
    Sb1 Sr5 7_444 3.8143(9) ?
    Sb2 Sr4 3_455 3.1924(10) ?
    Sb2 Sr4 4 3.1924(10) ?
    Sb2 Sr2 6_554 3.2081(10) ?
    Sb2 Sr2 5_454 3.2081(10) ?
    Sb2 Sr1 6_554 3.4588(9) ?
    Sb2 Sr1 5_454 3.4588(9) ?
    Sb2 Sr3 4 3.5434(9) ?
    Sb2 Sr3 3_455 3.5434(9) ?
    Sb3 Sr5 8_544 3.2068(11) ?
    Sb3 Sr3 6 3.2340(10) ?
    Sb3 Sr1 3_455 3.3932(9) ?
    Sb3 Sr2 2_655 3.6170(9) ?
    Sb3 Sr2 3_455 3.6408(10) ?
    Sb3 Sr4 8_545 3.9903(10) ?
    Sb4 Sb4 2_655 2.8437(9) y
    Sb4 Sr2 2_655 3.6137(10) ?
    Sb4 Sr4 2_655 3.6246(10) ?
    Sb4 Sr5 6_654 3.7722(9) ?
    Sb4 Sr5 8_544 3.9107(9) ?
    Sb5 In1 . 2.9311(6) ?
    Sb5 Sr5 8_544 3.3398(11) ?
    Sb5 Sr1 6_554 3.3743(10) ?
    Sb5 Sr6 7_444 3.4575(9) ?
    Sb5 Sr3 3_455 3.4584(9) ?
    Sb5 Sr4 2_655 3.4647(10) ?
    Sb5 Sr2 8_544 3.9812(10) ?
    In1 Sb1 2_655 2.9213(7) ?
    In1 Sb1 1_455 2.9213(7) ?
    In1 Sb5 2 2.9312(6) ?
    In1 Sr5 8_544 3.5475(9) ?
    In1 Sr5 7_344 3.5475(9) ?
    In1 Sr6 7_444 3.7572(14) ?
    In1 Sr3 4_545 3.8575(8) ?
    In1 Sr3 3_455 3.8575(8) ?
    In1 Sr4 1_455 3.9844(9) ?
    In1 Sr4 2_655 3.9844(9) ?
loop_
    _geom_contact_atom_site_label_1
    _geom_contact_atom_site_label_2
    _geom_contact_distance
    _geom_contact_site_symmetry_1
    _geom_contact_site_symmetry_2
    _geom_contact_publ_flag
    ? ? ? ? ? ?
loop_
    _geom_angle_atom_site_label_1
    _geom_angle_atom_site_label_2
    _geom_angle_atom_site_label_3
    _geom_angle_site_symmetry_1
    _geom_angle_site_symmetry_3
    _geom_angle
    _geom_angle_publ_flag
    Sb3 Sr1 Sb4 . . 100.39(2) ?
    Sb3 Sr1 Sb5 . 6 74.26(2) ?
    Sb4 Sr1 Sb5 . 6 171.42(3) ?
    Sb3 Sr1 Sb3 . 3 160.29(3) ?
    Sb4 Sr1 Sb3 . 3 99.12(2) ?
    Sb5 Sr1 Sb3 6 3 86.04(2) ?
    Sb3 Sr1 Sb2 . 5_545 92.05(2) ?
    Sb4 Sr1 Sb2 . 5_545 88.12(2) ?
    Sb5 Sr1 Sb2 6 5_545 98.65(3) ?
    Sb3 Sr1 Sb2 3 5_545 91.39(2) ?
    Sb3 Sr1 Sb1 . 3_455 91.54(2) ?
    Sb4 Sr1 Sb1 . 3_455 69.46(2) ?
    Sb5 Sr1 Sb1 6 3_455 103.62(2) ?
    Sb3 Sr1 Sb1 3 3_455 92.64(2) ?
    Sb2 Sr1 Sb1 5_545 3_455 157.58(3) ?
    Sb3 Sr1 Sr6 . 3 113.43(2) ?
    Sb4 Sr1 Sr6 . 3 120.51(3) ?
    Sb5 Sr1 Sr6 6 3 57.59(2) ?
    Sb3 Sr1 Sr6 3 3 52.747(13) ?
    Sb2 Sr1 Sr6 5_545 3 134.78(3) ?
    Sb1 Sr1 Sr6 3_455 3 62.49(2) ?
    Sb3 Sr1 Sr3 . 8_545 113.72(2) ?
    Sb4 Sr1 Sr3 . 8_545 131.28(3) ?
    Sb5 Sr1 Sr3 6 8_545 57.265(19) ?
    Sb3 Sr1 Sr3 3 8_545 53.062(19) ?
    Sb2 Sr1 Sr3 5_545 8_545 58.21(2) ?
    Sb1 Sr1 Sr3 3_455 8_545 138.56(3) ?
    Sr6 Sr1 Sr3 3 8_545 77.09(2) ?
    Sb3 Sr1 Sr2 . 2_655 60.385(19) ?
    Sb4 Sr1 Sr2 . 2_655 59.880(19) ?
    Sb5 Sr1 Sr2 6 2_655 120.82(3) ?
    Sb3 Sr1 Sr2 3 2_655 134.15(3) ?
    Sb2 Sr1 Sr2 5_545 2_655 51.232(18) ?
    Sb1 Sr1 Sr2 3_455 2_655 112.96(3) ?
    Sr6 Sr1 Sr2 3 2_655 172.95(3) ?
    Sr3 Sr1 Sr2 8_545 2_655 108.13(3) ?
    Sb3 Sr1 Sr2 . . 135.14(3) ?
    Sb4 Sr1 Sr2 . . 59.643(19) ?
    Sb5 Sr1 Sr2 6 . 128.86(3) ?
    Sb3 Sr1 Sr2 3 . 59.32(2) ?
    Sb2 Sr1 Sr2 5_545 . 51.188(17) ?
    Sb1 Sr1 Sr2 3_455 . 113.55(3) ?
    Sr6 Sr1 Sr2 3 . 111.14(2) ?
    Sr3 Sr1 Sr2 8_545 . 71.65(2) ?
    Sr2 Sr1 Sr2 2_655 . 75.39(2) ?
    Sb3 Sr1 Sr5 . 6_654 144.63(3) ?
    Sb4 Sr1 Sr5 . 6_654 59.01(2) ?
    Sb5 Sr1 Sr5 6 6_654 121.86(2) ?
    Sb3 Sr1 Sr5 3 6_654 48.352(18) ?
    Sb2 Sr1 Sr5 5_545 6_654 113.71(2) ?
    Sb1 Sr1 Sr5 3_455 6_654 55.470(17) ?
    Sr6 Sr1 Sr5 3 6_654 65.50(2) ?
    Sr3 Sr1 Sr5 8_545 6_654 100.71(2) ?
    Sr2 Sr1 Sr5 2_655 6_654 117.12(2) ?
    Sr2 Sr1 Sr5 . 6_654 62.599(19) ?
    Sb3 Sr1 Sr2 . 3_455 56.749(18) ?
    Sb4 Sr1 Sr2 . 3_455 109.57(2) ?
    Sb5 Sr1 Sr2 6 3_455 61.937(18) ?
    Sb3 Sr1 Sr2 3 3_455 113.38(2) ?
    Sb2 Sr1 Sr2 5_545 3_455 145.72(3) ?
    Sb1 Sr1 Sr2 3_455 3_455 49.425(17) ?
    Sr6 Sr1 Sr2 3 3_455 60.858(17) ?
    Sr3 Sr1 Sr2 8_545 3_455 117.96(2) ?
    Sr2 Sr1 Sr2 2_655 3_455 112.12(2) ?
    Sr2 Sr1 Sr2 . 3_455 162.72(3) ?
    Sr5 Sr1 Sr2 6_654 3_455 100.55(2) ?
    Sb2 Sr2 Sb1 5_545 . 178.44(3) ?
    Sb2 Sr2 Sb4 5_545 . 86.25(2) ?
    Sb1 Sr2 Sb4 . . 93.11(2) ?
    Sb2 Sr2 Sb4 5_545 2_655 86.09(2) ?
    Sb1 Sr2 Sb4 . 2_655 94.51(2) ?
    Sb4 Sr2 Sb4 . 2_655 46.406(18) ?
    Sb2 Sr2 Sb3 5_545 2_655 88.74(2) ?
    Sb1 Sr2 Sb3 . 2_655 92.74(2) ?
    Sb4 Sr2 Sb3 . 2_655 132.49(3) ?
    Sb4 Sr2 Sb3 2_655 2_655 86.14(2) ?
    Sb2 Sr2 Sb3 5_545 3 91.23(2) ?
    Sb1 Sr2 Sb3 . 3 87.33(2) ?
    Sb4 Sr2 Sb3 . 3 88.47(2) ?
    Sb4 Sr2 Sb3 2_655 3 134.88(3) ?
    Sb3 Sr2 Sb3 2_655 3 138.89(3) ?
    Sb2 Sr2 Sr1 5_545 2_655 57.205(18) ?
    Sb1 Sr2 Sr1 . 2_655 124.24(3) ?
    Sb4 Sr2 Sr1 . 2_655 89.29(2) ?
    Sb4 Sr2 Sr1 2_655 2_655 50.998(18) ?
    Sb3 Sr2 Sr1 2_655 2_655 49.860(18) ?
    Sb3 Sr2 Sr1 3 2_655 148.43(3) ?
    Sb2 Sr2 Sr1 5_545 . 57.150(18) ?
    Sb1 Sr2 Sr1 . . 121.39(3) ?
    Sb4 Sr2 Sr1 . . 51.015(19) ?
    Sb4 Sr2 Sr1 2_655 . 89.08(2) ?
    Sb3 Sr2 Sr1 2_655 . 145.82(3) ?
    Sb3 Sr2 Sr1 3 . 53.280(18) ?
    Sr1 Sr2 Sr1 2_655 . 102.61(2) ?
    Sb2 Sr2 Sb5 5_545 8_545 84.32(2) ?
    Sb1 Sr2 Sb5 . 8_545 95.53(2) ?
    Sb4 Sr2 Sb5 . 8_545 149.07(3) ?
    Sb4 Sr2 Sb5 2_655 8_545 160.48(3) ?
    Sb3 Sr2 Sb5 2_655 8_545 76.71(2) ?
    Sb3 Sr2 Sb5 3 8_545 62.406(17) ?
    Sr1 Sr2 Sb5 2_655 8_545 109.76(2) ?
    Sr1 Sr2 Sb5 . 8_545 99.84(2) ?
    Sb2 Sr2 Sr6 5_545 1_655 120.18(3) ?
    Sb1 Sr2 Sr6 . 1_655 60.66(2) ?
    Sb4 Sr2 Sr6 . 1_655 152.47(3) ?
    Sb4 Sr2 Sr6 2_655 1_655 122.22(2) ?
    Sb3 Sr2 Sr6 2_655 1_655 48.743(13) ?
    Sb3 Sr2 Sr6 3 1_655 97.80(2) ?
    Sr1 Sr2 Sr6 2_655 1_655 98.60(2) ?
    Sr1 Sr2 Sr6 . 1_655 148.70(3) ?
    Sb5 Sr2 Sr6 8_545 1_655 50.847(18) ?
    Sb2 Sr2 Sr5 5_545 7_444 121.87(2) ?
    Sb1 Sr2 Sr5 . 7_444 59.623(19) ?
    Sb4 Sr2 Sr5 . 7_444 97.51(2) ?
    Sb4 Sr2 Sr5 2_655 7_444 59.433(18) ?
    Sb3 Sr2 Sr5 2_655 7_444 47.663(18) ?
    Sb3 Sr2 Sr5 3 7_444 146.58(3) ?
    Sr1 Sr2 Sr5 2_655 7_444 64.83(2) ?
    Sr1 Sr2 Sr5 . 7_444 147.59(3) ?
    Sb5 Sr2 Sr5 8_545 7_444 112.47(2) ?
    Sr6 Sr2 Sr5 1_655 7_444 63.174(19) ?
    Sb2 Sr2 Sr1 5_545 3 125.31(3) ?
    Sb1 Sr2 Sr1 . 3 53.848(19) ?
    Sb4 Sr2 Sr1 . 3 118.86(2) ?
    Sb4 Sr2 Sr1 2_655 3 147.17(3) ?
    Sb3 Sr2 Sr1 2_655 3 102.25(2) ?
    Sb3 Sr2 Sr1 3 3 46.933(16) ?
    Sr1 Sr2 Sr1 2_655 3 151.29(3) ?
    Sr1 Sr2 Sr1 . 3 99.985(19) ?
    Sb5 Sr2 Sr1 8_545 3 48.409(16) ?
    Sr6 Sr2 Sr1 1_655 3 53.956(15) ?
    Sr5 Sr2 Sr1 7_444 3 103.21(2) ?
    Sb3 Sr3 Sb4 6_554 . 170.71(3) ?
    Sb3 Sr3 Sb5 6_554 3 87.18(2) ?
    Sb4 Sr3 Sb5 . 3 101.66(2) ?
    Sb3 Sr3 Sb5 6_554 . 71.732(19) ?
    Sb4 Sr3 Sb5 . . 99.47(2) ?
    Sb5 Sr3 Sb5 3 . 158.87(3) ?
    Sb3 Sr3 Sb1 6_554 3_455 114.47(3) ?
    Sb4 Sr3 Sb1 . 3_455 69.41(2) ?
    Sb5 Sr3 Sb1 3 3_455 86.48(2) ?
    Sb5 Sr3 Sb1 . 3_455 100.75(2) ?
    Sb3 Sr3 Sb2 6_554 3 92.58(2) ?
    Sb4 Sr3 Sb2 . 3 83.82(2) ?
    Sb5 Sr3 Sb2 3 3 95.49(2) ?
    Sb5 Sr3 Sb2 . 3 87.044(19) ?
    Sb1 Sr3 Sb2 3_455 3 152.95(3) ?
    Sb3 Sr3 Sr1 6_554 8_544 56.998(19) ?
    Sb4 Sr3 Sr1 . 8_544 126.16(3) ?
    Sb5 Sr3 Sr1 3 8_544 55.156(19) ?
    Sb5 Sr3 Sr1 . 8_544 111.20(2) ?
    Sb1 Sr3 Sr1 3_455 8_544 139.34(3) ?
    Sb2 Sr3 Sr1 3 8_544 56.064(19) ?
    Sb3 Sr3 In1 6_554 3 86.35(2) ?
    Sb4 Sr3 In1 . 3 101.74(2) ?
    Sb5 Sr3 In1 3 3 46.846(13) ?
    Sb5 Sr3 In1 . 3 127.60(2) ?
    Sb1 Sr3 In1 3_455 3 46.356(16) ?
    Sb2 Sr3 In1 3 3 142.33(2) ?
    Sr1 Sr3 In1 8_544 3 93.33(2) ?
    Sb3 Sr3 Sr4 6_554 2_655 111.73(3) ?
    Sb4 Sr3 Sr4 . 2_655 59.55(2) ?
    Sb5 Sr3 Sr4 3 2_655 139.37(3) ?
    Sb5 Sr3 Sr4 . 2_655 54.898(18) ?
    Sb1 Sr3 Sr4 3_455 2_655 114.49(3) ?
    Sb2 Sr3 Sr4 3 2_655 50.027(18) ?
    Sr1 Sr3 Sr4 8_544 2_655 104.45(3) ?
    In1 Sr3 Sr4 3 2_655 159.54(3) ?
    Sb3 Sr3 Sr4 6_554 3_455 66.24(2) ?
    Sb4 Sr3 Sr4 . 3_455 113.57(3) ?
    Sb5 Sr3 Sr4 3 3_455 104.19(2) ?
    Sb5 Sr3 Sr4 . 3_455 66.52(2) ?
    Sb1 Sr3 Sr4 3_455 3_455 52.740(17) ?
    Sb2 Sr3 Sr4 3 3_455 149.83(3) ?
    Sr1 Sr3 Sr4 8_544 3_455 118.91(3) ?
    In1 Sr3 Sr4 3 3_455 61.098(17) ?
    Sr4 Sr3 Sr4 2_655 3_455 116.26(2) ?
    Sb3 Sr3 Sr4 6_554 . 126.02(3) ?
    Sb4 Sr3 Sr4 . . 56.930(19) ?
    Sb5 Sr3 Sr4 3 . 65.64(2) ?
    Sb5 Sr3 Sr4 . . 128.28(3) ?
    Sb1 Sr3 Sr4 3_455 . 109.53(2) ?
    Sb2 Sr3 Sr4 3 . 48.779(16) ?
    Sr1 Sr3 Sr4 8_544 . 69.37(2) ?
    In1 Sr3 Sr4 3 . 103.30(2) ?
    Sr4 Sr3 Sr4 2_655 . 74.40(2) ?
    Sr4 Sr3 Sr4 3_455 . 161.36(3) ?
    Sb3 Sr3 Sr5 6_554 8_544 112.48(2) ?
    Sb4 Sr3 Sr5 . 8_544 61.64(2) ?
    Sb5 Sr3 Sr5 3 8_544 143.80(3) ?
    Sb5 Sr3 Sr5 . 8_544 50.174(18) ?
    Sb1 Sr3 Sr5 3_455 8_544 58.031(18) ?
    Sb2 Sr3 Sr5 3 8_544 112.77(2) ?
    Sr1 Sr3 Sr5 8_544 8_544 160.88(3) ?
    In1 Sr3 Sr5 3 8_544 102.23(2) ?
    Sr4 Sr3 Sr5 2_655 8_544 62.750(19) ?
    Sr4 Sr3 Sr5 3_455 8_544 61.549(19) ?
    Sr4 Sr3 Sr5 . 8_544 116.71(2) ?
    Sb2 Sr4 Sb1 3 . 176.25(3) ?
    Sb2 Sr4 Sb5 3 2_655 93.68(2) ?
    Sb1 Sr4 Sb5 . 2_655 87.72(2) ?
    Sb2 Sr4 Sb4 3 . 83.95(2) ?
    Sb1 Sr4 Sb4 . . 92.73(2) ?
    Sb5 Sr4 Sb4 2_655 . 139.72(3) ?
    Sb2 Sr4 Sb4 3 2_655 83.10(2) ?
    Sb1 Sr4 Sb4 . 2_655 93.35(2) ?
    Sb5 Sr4 Sb4 2_655 2_655 93.20(2) ?
    Sb4 Sr4 Sb4 . 2_655 46.539(18) ?
    Sb2 Sr4 Sr3 3 2_655 58.277(18) ?
    Sb1 Sr4 Sr3 . 2_655 120.14(3) ?
    Sb5 Sr4 Sr3 2_655 2_655 56.052(19) ?
    Sb4 Sr4 Sr3 . 2_655 90.09(2) ?
    Sb4 Sr4 Sr3 2_655 2_655 50.294(18) ?
    Sb2 Sr4 Sr3 3 3 126.62(3) ?
    Sb1 Sr4 Sr3 . 3 56.65(2) ?
    Sb5 Sr4 Sr3 2_655 3 94.16(2) ?
    Sb4 Sr4 Sr3 . 3 119.38(3) ?
    Sb4 Sr4 Sr3 2_655 3 148.70(3) ?
    Sr3 Sr4 Sr3 2_655 3 149.77(3) ?
    Sb2 Sr4 In1 3 1_655 136.56(3) ?
    Sb1 Sr4 In1 . 1_655 45.916(16) ?
    Sb5 Sr4 In1 2_655 1_655 45.685(15) ?
    Sb4 Sr4 In1 . 1_655 135.19(3) ?
    Sb4 Sr4 In1 2_655 1_655 109.33(2) ?
    Sr3 Sr4 In1 2_655 1_655 97.15(2) ?
    Sr3 Sr4 In1 3 1_655 57.947(17) ?
    Sb2 Sr4 Sb3 3 8_544 82.68(2) ?
    Sb1 Sr4 Sb3 . 8_544 101.02(2) ?
    Sb5 Sr4 Sb3 2_655 8_544 78.28(2) ?
    Sb4 Sr4 Sb3 . 8_544 140.45(3) ?
    Sb4 Sr4 Sb3 2_655 8_544 162.89(3) ?
    Sr3 Sr4 Sb3 2_655 8_544 113.45(2) ?
    Sr3 Sr4 Sb3 3 8_544 47.883(17) ?
    In1 Sr4 Sb3 1_655 8_544 75.34(2) ?
    Sb2 Sr4 Sr3 3 . 56.602(18) ?
    Sb1 Sr4 Sr3 . . 122.18(3) ?
    Sb5 Sr4 Sr3 2_655 . 150.04(3) ?
    Sb4 Sr4 Sr3 . . 49.353(18) ?
    Sb4 Sr4 Sr3 2_655 . 87.23(2) ?
    Sr3 Sr4 Sr3 2_655 . 103.91(2) ?
    Sr3 Sr4 Sr3 3 . 100.919(19) ?
    In1 Sr4 Sr3 1_655 . 158.65(2) ?
    Sb3 Sr4 Sr3 8_544 . 92.84(2) ?
    Sb2 Sr4 Sr5 3 6_654 119.86(2) ?
    Sb1 Sr4 Sr5 . 6_654 59.208(19) ?
    Sb5 Sr4 Sr5 2_655 6_654 145.92(3) ?
    Sb4 Sr4 Sr5 . 6_654 57.395(18) ?
    Sb4 Sr4 Sr5 2_655 6_654 96.50(2) ?
    Sr3 Sr4 Sr5 2_655 6_654 146.27(3) ?
    Sr3 Sr4 Sr5 3 6_654 62.03(2) ?
    In1 Sr4 Sr5 1_655 6_654 100.44(2) ?
    Sb3 Sr4 Sr5 8_544 6_654 98.80(2) ?
    Sr3 Sr4 Sr5 . 6_654 63.297(19) ?
    Sb2 Sr4 Sr5 3 7_444 119.92(2) ?
    Sb1 Sr4 Sr5 . 7_444 58.662(19) ?
    Sb5 Sr4 Sr5 2_655 7_444 49.929(19) ?
    Sb4 Sr4 Sr5 . 7_444 97.03(2) ?
    Sb4 Sr4 Sr5 2_655 7_444 58.800(18) ?
    Sr3 Sr4 Sr5 2_655 7_444 61.65(2) ?
    Sr3 Sr4 Sr5 3 7_444 104.92(2) ?
    In1 Sr4 Sr5 1_655 7_444 50.828(15) ?
    Sb3 Sr4 Sr5 8_544 7_444 121.84(2) ?
    Sr3 Sr4 Sr5 . 7_444 145.18(3) ?
    Sr5 Sr4 Sr5 6_654 7_444 109.80(3) ?
    Sb3 Sr5 Sb5 8_545 8_545 172.93(3) ?
    Sb3 Sr5 In1 8_545 7_545 125.08(3) ?
    Sb5 Sr5 In1 8_545 7_545 50.264(19) ?
    Sb3 Sr5 Sb1 8_545 8_645 93.22(2) ?
    Sb5 Sr5 Sb1 8_545 8_645 86.23(2) ?
    In1 Sr5 Sb1 7_545 8_645 47.861(14) ?
    Sb3 Sr5 Sb4 8_545 6_655 92.45(2) ?
    Sb5 Sr5 Sb4 8_545 6_655 93.55(2) ?
    In1 Sr5 Sb4 7_545 6_655 97.74(2) ?
    Sb1 Sr5 Sb4 8_645 6_655 62.555(16) ?
    Sb3 Sr5 Sb1 8_545 6_655 85.95(2) ?
    Sb5 Sr5 Sb1 8_545 6_655 98.49(2) ?
    In1 Sr5 Sb1 7_545 6_655 148.75(3) ?
    Sb1 Sr5 Sb1 8_645 6_655 145.45(2) ?
    Sb4 Sr5 Sb1 6_655 6_655 82.951(18) ?
    Sb3 Sr5 Sb1 8_545 7_445 90.67(2) ?
    Sb5 Sr5 Sb1 8_545 7_445 82.44(2) ?
    In1 Sr5 Sb1 7_545 7_445 46.585(14) ?
    Sb1 Sr5 Sb1 8_645 7_445 72.325(16) ?
    Sb4 Sr5 Sb1 6_655 7_445 134.87(2) ?
    Sb1 Sr5 Sb1 6_655 7_445 142.17(2) ?
    Sb3 Sr5 Sb4 8_545 8_545 87.26(2) ?
    Sb5 Sr5 Sb4 8_545 8_545 90.21(2) ?
    In1 Sr5 Sb4 7_545 8_545 112.67(2) ?
    Sb1 Sr5 Sb4 8_645 8_545 154.60(2) ?
    Sb4 Sr5 Sb4 6_655 8_545 142.84(2) ?
    Sb1 Sr5 Sb4 6_655 8_545 59.942(15) ?
    Sb1 Sr5 Sb4 7_445 8_545 82.274(16) ?
    Sb3 Sr5 Sr4 8_545 6_655 121.62(3) ?
    Sb5 Sr5 Sr4 8_545 6_655 65.22(2) ?
    In1 Sr5 Sr4 7_545 6_655 106.92(3) ?
    Sb1 Sr5 Sr4 8_645 6_655 104.82(2) ?
    Sb4 Sr5 Sr4 6_655 6_655 52.922(17) ?
    Sb1 Sr5 Sr4 6_655 6_655 49.300(17) ?
    Sb1 Sr5 Sr4 7_445 6_655 147.65(3) ?
    Sb4 Sr5 Sr4 8_545 6_655 96.39(2) ?
    Sb3 Sr5 Sr2 8_545 7_445 56.484(19) ?
    Sb5 Sr5 Sr2 8_545 7_445 116.98(2) ?
    In1 Sr5 Sr2 7_545 7_445 94.85(2) ?
    Sb1 Sr5 Sr2 8_645 7_445 107.30(2) ?
    Sb4 Sr5 Sr2 6_655 7_445 147.88(3) ?
    Sb1 Sr5 Sr2 6_655 7_445 100.93(2) ?
    Sb1 Sr5 Sr2 7_445 7_445 48.302(17) ?
    Sb4 Sr5 Sr2 8_545 7_445 52.715(16) ?
    Sr4 Sr5 Sr2 6_655 7_445 147.88(3) ?
    Sb3 Sr5 Sr3 8_545 8_545 127.10(2) ?
    Sb5 Sr5 Sr3 8_545 8_545 53.885(19) ?
    In1 Sr5 Sr3 7_545 8_545 99.74(3) ?
    Sb1 Sr5 Sr3 8_645 8_545 139.66(3) ?
    Sb4 Sr5 Sr3 6_655 8_545 109.30(2) ?
    Sb1 Sr5 Sr3 6_655 8_545 51.795(17) ?
    Sb1 Sr5 Sr3 7_445 8_545 104.22(2) ?
    Sb4 Sr5 Sr3 8_545 8_545 46.706(17) ?
    Sr4 Sr5 Sr3 6_655 8_545 56.416(19) ?
    Sr2 Sr5 Sr3 7_445 8_545 97.43(2) ?
    Sb3 Sr5 Sr1 8_545 6_655 52.249(19) ?
    Sb5 Sr5 Sr1 8_545 6_655 131.08(2) ?
    In1 Sr5 Sr1 7_545 6_655 99.87(2) ?
    Sb1 Sr5 Sr1 8_645 6_655 52.369(18) ?
    Sb4 Sr5 Sr1 6_655 6_655 47.542(16) ?
    Sb1 Sr5 Sr1 6_655 6_655 103.23(2) ?
    Sb1 Sr5 Sr1 7_445 6_655 104.21(2) ?
    Sb4 Sr5 Sr1 8_545 6_655 138.51(3) ?
    Sr4 Sr5 Sr1 6_655 6_655 98.04(2) ?
    Sr2 Sr5 Sr1 7_445 6_655 101.21(3) ?
    Sr3 Sr5 Sr1 8_545 6_655 151.57(2) ?
    Sb3 Sr6 Sb3 . 2 177.13(4) ?
    Sb3 Sr6 Sb5 . 8_445 87.749(19) ?
    Sb3 Sr6 Sb5 2 8_445 90.321(19) ?
    Sb3 Sr6 Sb5 . 7_445 90.322(19) ?
    Sb3 Sr6 Sb5 2 7_445 87.749(19) ?
    Sb5 Sr6 Sb5 8_445 7_445 95.44(3) ?
    Sb3 Sr6 In1 . 7_445 88.57(2) ?
    Sb3 Sr6 In1 2 7_445 88.57(2) ?
    Sb5 Sr6 In1 8_445 7_445 47.719(16) ?
    Sb5 Sr6 In1 7_445 7_445 47.719(16) ?
    Sb3 Sr6 Sr1 . 4_545 122.728(16) ?
    Sb3 Sr6 Sr1 2 4_545 57.598(16) ?
    Sb5 Sr6 Sr1 8_445 4_545 134.08(3) ?
    Sb5 Sr6 Sr1 7_445 4_545 55.475(16) ?
    In1 Sr6 Sr1 7_445 4_545 95.50(2) ?
    Sb3 Sr6 Sr1 . 3_455 57.598(16) ?
    Sb3 Sr6 Sr1 2 3_455 122.728(16) ?
    Sb5 Sr6 Sr1 8_445 3_455 55.475(16) ?
    Sb5 Sr6 Sr1 7_445 3_455 134.08(3) ?
    In1 Sr6 Sr1 7_445 3_455 95.50(2) ?
    Sr1 Sr6 Sr1 4_545 3_455 169.01(4) ?
    Sb3 Sr6 Sb1 . 1_455 90.94(2) ?
    Sb3 Sr6 Sb1 2 1_455 91.39(2) ?
    Sb5 Sr6 Sb1 8_445 1_455 96.647(14) ?
    Sb5 Sr6 Sb1 7_445 1_455 167.89(3) ?
    In1 Sr6 Sb1 7_445 1_455 144.359(13) ?
    Sr1 Sr6 Sb1 4_545 1_455 114.34(3) ?
    Sr1 Sr6 Sb1 3_455 1_455 55.401(16) ?
    Sb3 Sr6 Sb1 . 2_655 91.39(2) ?
    Sb3 Sr6 Sb1 2 2_655 90.94(2) ?
    Sb5 Sr6 Sb1 8_445 2_655 167.89(3) ?
    Sb5 Sr6 Sb1 7_445 2_655 96.647(14) ?
    In1 Sr6 Sb1 7_445 2_655 144.359(13) ?
    Sr1 Sr6 Sb1 4_545 2_655 55.401(16) ?
    Sr1 Sr6 Sb1 3_455 2_655 114.34(3) ?
    Sb1 Sr6 Sb1 1_455 2_655 71.28(3) ?
    Sb3 Sr6 Sr2 . 1_455 122.512(16) ?
    Sb3 Sr6 Sr2 2 1_455 58.210(15) ?
    Sb5 Sr6 Sr2 8_445 1_455 63.240(15) ?
    Sb5 Sr6 Sr2 7_445 1_455 137.52(2) ?
    In1 Sr6 Sr2 7_445 1_455 102.325(18) ?
    Sr1 Sr6 Sr2 4_545 1_455 112.258(18) ?
    Sr1 Sr6 Sr2 3_455 1_455 65.186(16) ?
    Sb1 Sr6 Sr2 1_455 1_455 49.557(15) ?
    Sb1 Sr6 Sr2 2_655 1_455 107.56(3) ?
    Sb3 Sr6 Sr2 . 2_655 58.210(15) ?
    Sb3 Sr6 Sr2 2 2_655 122.513(16) ?
    Sb5 Sr6 Sr2 8_445 2_655 137.52(2) ?
    Sb5 Sr6 Sr2 7_445 2_655 63.240(15) ?
    In1 Sr6 Sr2 7_445 2_655 102.325(19) ?
    Sr1 Sr6 Sr2 4_545 2_655 65.186(16) ?
    Sr1 Sr6 Sr2 3_455 2_655 112.258(18) ?
    Sb1 Sr6 Sr2 1_455 2_655 107.56(3) ?
    Sb1 Sr6 Sr2 2_655 2_655 49.557(15) ?
    Sr2 Sr6 Sr2 1_455 2_655 155.35(4) ?
    Sb3 Sr6 Sr5 . 7_344 135.40(3) ?
    Sb3 Sr6 Sr5 2 7_344 47.463(18) ?
    Sb5 Sr6 Sr5 8_445 7_344 121.303(14) ?
    Sb5 Sr6 Sr5 7_445 7_344 116.624(14) ?
    In1 Sr6 Sr5 7_445 7_344 135.988(15) ?
    Sr1 Sr6 Sr5 4_545 7_344 62.257(18) ?
    Sr1 Sr6 Sr5 3_455 7_344 109.13(2) ?
    Sb1 Sr6 Sr5 1_455 7_344 55.539(18) ?
    Sb1 Sr6 Sr5 2_655 7_344 52.908(17) ?
    Sr2 Sr6 Sr5 1_455 7_344 59.948(17) ?
    Sr2 Sr6 Sr5 2_655 7_344 101.17(2) ?
    In1 Sb1 Sr2 1_655 . 133.90(2) ?
    In1 Sb1 Sr4 1_655 . 78.44(2) ?
    Sr2 Sb1 Sr4 . . 85.97(2) ?
    In1 Sb1 Sr1 1_655 3 135.63(2) ?
    Sr2 Sb1 Sr1 . 3 76.73(2) ?
    Sr4 Sb1 Sr1 . 3 143.72(2) ?
    In1 Sb1 Sr3 1_655 3 72.85(2) ?
    Sr2 Sb1 Sr3 . 3 140.72(2) ?
    Sr4 Sb1 Sr3 . 3 70.61(2) ?
    Sr1 Sb1 Sr3 3 3 103.75(2) ?
    In1 Sb1 Sr5 1_655 8_644 64.221(17) ?
    Sr2 Sb1 Sr5 . 8_644 138.30(3) ?
    Sr4 Sb1 Sr5 . 8_644 134.85(3) ?
    Sr1 Sb1 Sr5 3 8_644 72.16(2) ?
    Sr3 Sb1 Sr5 3 8_644 74.66(2) ?
    In1 Sb1 Sr6 1_655 1_655 95.40(2) ?
    Sr2 Sb1 Sr6 . 1_655 69.78(2) ?
    Sr4 Sb1 Sr6 . 1_655 139.77(2) ?
    Sr1 Sb1 Sr6 3 1_655 62.111(18) ?
    Sr3 Sb1 Sr6 3 1_655 145.822(19) ?
    Sr5 Sb1 Sr6 8_644 1_655 71.380(18) ?
    In1 Sb1 Sr5 1_655 6_654 138.19(3) ?
    Sr2 Sb1 Sr5 . 6_654 72.68(2) ?
    Sr4 Sb1 Sr5 . 6_654 71.49(2) ?
    Sr1 Sb1 Sr5 3 6_654 72.97(2) ?
    Sr3 Sb1 Sr5 3 6_654 70.17(2) ?
    Sr5 Sb1 Sr5 8_644 6_654 121.670(15) ?
    Sr6 Sb1 Sr5 1_655 6_654 126.29(3) ?
    In1 Sb1 Sr5 1_655 7_444 61.896(17) ?
    Sr2 Sb1 Sr5 . 7_444 72.08(2) ?
    Sr4 Sb1 Sr5 . 7_444 72.59(2) ?
    Sr1 Sb1 Sr5 3 7_444 129.02(3) ?
    Sr3 Sb1 Sr5 3 7_444 125.88(3) ?
    Sr5 Sb1 Sr5 8_644 7_444 107.658(16) ?
    Sr6 Sb1 Sr5 1_655 7_444 69.637(17) ?
    Sr5 Sb1 Sr5 6_654 7_444 130.627(14) ?
    Sr4 Sb2 Sr4 3_455 4 99.32(4) ?
    Sr4 Sb2 Sr2 3_455 6_554 153.237(17) ?
    Sr4 Sb2 Sr2 4 6_554 88.370(18) ?
    Sr4 Sb2 Sr2 3_455 5_454 88.370(18) ?
    Sr4 Sb2 Sr2 4 5_454 153.237(17) ?
    Sr2 Sb2 Sr2 6_554 5_454 96.22(4) ?
    Sr4 Sb2 Sr1 3_455 6_554 85.00(2) ?
    Sr4 Sb2 Sr1 4 6_554 134.33(2) ?
    Sr2 Sb2 Sr1 6_554 6_554 71.66(2) ?
    Sr2 Sb2 Sr1 5_454 6_554 71.56(2) ?
    Sr4 Sb2 Sr1 3_455 5_454 134.33(2) ?
    Sr4 Sb2 Sr1 4 5_454 85.00(2) ?
    Sr2 Sb2 Sr1 6_554 5_454 71.56(2) ?
    Sr2 Sb2 Sr1 5_454 5_454 71.66(2) ?
    Sr1 Sb2 Sr1 6_554 5_454 123.61(4) ?
    Sr4 Sb2 Sr3 3_455 4 71.70(2) ?
    Sr4 Sb2 Sr3 4 4 74.62(2) ?
    Sr2 Sb2 Sr3 6_554 4 134.96(2) ?
    Sr2 Sb2 Sr3 5_454 4 83.74(2) ?
    Sr1 Sb2 Sr3 6_554 4 146.491(17) ?
    Sr1 Sb2 Sr3 5_454 4 65.730(16) ?
    Sr4 Sb2 Sr3 3_455 3_455 74.62(2) ?
    Sr4 Sb2 Sr3 4 3_455 71.70(2) ?
    Sr2 Sb2 Sr3 6_554 3_455 83.74(2) ?
    Sr2 Sb2 Sr3 5_454 3_455 134.96(2) ?
    Sr1 Sb2 Sr3 6_554 3_455 65.730(16) ?
    Sr1 Sb2 Sr3 5_454 3_455 146.491(16) ?
    Sr3 Sb2 Sr3 4 3_455 126.84(4) ?
    Sr1 Sb3 Sr6 . . 142.80(2) ?
    Sr1 Sb3 Sr5 . 8_544 85.97(2) ?
    Sr6 Sb3 Sr5 . 8_544 85.23(3) ?
    Sr1 Sb3 Sr3 . 6 111.91(3) ?
    Sr6 Sb3 Sr3 . 6 94.30(3) ?
    Sr5 Sb3 Sr3 8_544 6 147.30(2) ?
    Sr1 Sb3 Sr1 . 3_455 143.14(2) ?
    Sr6 Sb3 Sr1 . 3_455 69.655(18) ?
    Sr5 Sb3 Sr1 8_544 3_455 79.40(2) ?
    Sr3 Sb3 Sr1 6 3_455 69.94(2) ?
    Sr1 Sb3 Sr2 . 2_655 69.75(2) ?
    Sr6 Sb3 Sr2 . 2_655 73.047(18) ?
    Sr5 Sb3 Sr2 8_544 2_655 75.85(2) ?
    Sr3 Sb3 Sr2 6 2_655 135.22(2) ?
    Sr1 Sb3 Sr2 3_455 2_655 136.45(2) ?
    Sr1 Sb3 Sr2 . 3_455 76.32(2) ?
    Sr6 Sb3 Sr2 . 3_455 135.47(2) ?
    Sr5 Sb3 Sr2 8_544 3_455 76.01(2) ?
    Sr3 Sb3 Sr2 6 3_455 81.83(2) ?
    Sr1 Sb3 Sr2 3_455 3_455 67.40(2) ?
    Sr2 Sb3 Sr2 2_655 3_455 136.90(2) ?
    Sr1 Sb3 Sr4 . 8_545 76.78(2) ?
    Sr6 Sb3 Sr4 . 8_545 91.57(2) ?
    Sr5 Sb3 Sr4 8_544 8_545 146.78(2) ?
    Sr3 Sb3 Sr4 6 8_545 65.87(2) ?
    Sr1 Sb3 Sr4 3_455 8_545 130.15(2) ?
    Sr2 Sb3 Sr4 2_655 8_545 71.615(18) ?
    Sr2 Sb3 Sr4 3_455 8_545 125.39(2) ?
    Sb4 Sb4 Sr3 2_655 . 122.558(17) ?
    Sb4 Sb4 Sr1 2_655 . 120.068(16) ?
    Sr3 Sb4 Sr1 . . 117.22(2) ?
    Sb4 Sb4 Sr4 2_655 . 67.693(18) ?
    Sr3 Sb4 Sr4 . . 73.72(2) ?
    Sr1 Sb4 Sr4 . . 137.42(2) ?
    Sb4 Sb4 Sr2 2_655 . 66.976(18) ?
    Sr3 Sb4 Sr2 . . 142.01(2) ?
    Sr1 Sb4 Sr2 . . 69.34(2) ?
    Sr4 Sb4 Sr2 . . 78.488(19) ?
    Sb4 Sb4 Sr2 2_655 2_655 66.620(19) ?
    Sr3 Sb4 Sr2 . 2_655 135.10(2) ?
    Sr1 Sb4 Sr2 . 2_655 69.12(2) ?
    Sr4 Sb4 Sr2 . 2_655 134.29(2) ?
    Sr2 Sb4 Sr2 . 2_655 82.87(3) ?
    Sb4 Sb4 Sr4 2_655 2_655 65.767(19) ?
    Sr3 Sb4 Sr4 . 2_655 70.16(2) ?
    Sr1 Sb4 Sr4 . 2_655 137.39(2) ?
    Sr4 Sb4 Sr4 . 2_655 85.09(3) ?
    Sr2 Sb4 Sr4 . 2_655 132.72(2) ?
    Sr2 Sb4 Sr4 2_655 2_655 77.696(18) ?
    Sb4 Sb4 Sr5 2_655 6_654 123.70(3) ?
    Sr3 Sb4 Sr5 . 6_654 76.36(2) ?
    Sr1 Sb4 Sr5 . 6_654 73.45(2) ?
    Sr4 Sb4 Sr5 . 6_654 69.68(2) ?
    Sr2 Sb4 Sr5 . 6_654 69.94(2) ?
    Sr2 Sb4 Sr5 2_655 6_654 139.57(3) ?
    Sr4 Sb4 Sr5 2_655 6_654 142.60(3) ?
    Sb4 Sb4 Sr5 2_655 8_544 120.45(2) ?
    Sr3 Sb4 Sr5 . 8_544 71.66(2) ?
    Sr1 Sb4 Sr5 . 8_544 74.31(2) ?
    Sr4 Sb4 Sr5 . 8_544 141.95(3) ?
    Sr2 Sb4 Sr5 . 8_544 139.55(3) ?
    Sr2 Sb4 Sr5 2_655 8_544 67.85(2) ?
    Sr4 Sb4 Sr5 2_655 8_544 68.76(2) ?
    Sr5 Sb4 Sr5 6_654 8_544 115.834(14) ?
    In1 Sb5 Sr5 . 8_544 68.55(2) ?
    In1 Sb5 Sr1 . 6_554 123.97(2) ?
    Sr5 Sb5 Sr1 8_544 6_554 136.52(2) ?
    In1 Sb5 Sr6 . 7_444 71.51(2) ?
    Sr5 Sb5 Sr6 8_544 7_444 139.88(2) ?
    Sr1 Sb5 Sr6 6_554 7_444 66.94(2) ?
    In1 Sb5 Sr3 . 3_455 73.754(18) ?
    Sr5 Sb5 Sr3 8_544 3_455 79.58(2) ?
    Sr1 Sb5 Sr3 6_554 3_455 67.577(18) ?
    Sr6 Sb5 Sr3 7_444 3_455 85.992(18) ?
    In1 Sb5 Sr4 . 2_655 76.562(19) ?
    Sr5 Sb5 Sr4 8_544 2_655 77.52(2) ?
    Sr1 Sb5 Sr4 6_554 2_655 142.88(2) ?
    Sr6 Sb5 Sr4 7_444 2_655 96.94(2) ?
    Sr3 Sb5 Sr4 3_455 2_655 147.51(2) ?
    In1 Sb5 Sr3 . . 134.79(2) ?
    Sr5 Sb5 Sr3 8_544 . 75.94(2) ?
    Sr1 Sb5 Sr3 6_554 . 101.00(2) ?
    Sr6 Sb5 Sr3 7_444 . 139.64(2) ?
    Sr3 Sb5 Sr3 3_455 . 126.475(18) ?
    Sr4 Sb5 Sr3 2_655 . 69.05(2) ?
    In1 Sb5 Sr2 . 8_544 123.18(2) ?
    Sr5 Sb5 Sr2 8_544 8_544 143.65(2) ?
    Sr1 Sb5 Sr2 6_554 8_544 69.65(2) ?
    Sr6 Sb5 Sr2 7_444 8_544 65.912(19) ?
    Sr3 Sb5 Sr2 3_455 8_544 135.39(2) ?
    Sr4 Sb5 Sr2 2_655 8_544 73.244(19) ?
    Sr3 Sb5 Sr2 . 8_544 73.76(2) ?
    Sb1 In1 Sb1 2_655 1_455 97.92(3) ?
    Sb1 In1 Sb5 2_655 . 107.767(15) ?
    Sb1 In1 Sb5 1_455 . 109.632(15) ?
    Sb1 In1 Sb5 2_655 2 109.632(15) ?
    Sb1 In1 Sb5 1_455 2 107.768(15) ?
    Sb5 In1 Sb5 . 2 121.55(3) ?
    Sb1 In1 Sr5 2_655 8_544 71.52(2) ?
    Sb1 In1 Sr5 1_455 8_544 67.92(2) ?
    Sb5 In1 Sr5 . 8_544 61.189(19) ?
    Sb5 In1 Sr5 2 8_544 175.69(2) ?
    Sb1 In1 Sr5 2_655 7_344 67.92(2) ?
    Sb1 In1 Sr5 1_455 7_344 71.52(2) ?
    Sb5 In1 Sr5 . 7_344 175.69(2) ?
    Sb5 In1 Sr5 2 7_344 61.190(19) ?
    Sr5 In1 Sr5 8_544 7_344 116.30(4) ?
    Sb1 In1 Sr6 2_655 7_444 131.039(16) ?
    Sb1 In1 Sr6 1_455 7_444 131.039(16) ?
    Sb5 In1 Sr6 . 7_444 60.776(17) ?
    Sb5 In1 Sr6 2 7_444 60.775(17) ?
    Sr5 In1 Sr6 8_544 7_444 121.848(18) ?
    Sr5 In1 Sr6 7_344 7_444 121.848(18) ?
    Sb1 In1 Sr3 2_655 4_545 60.794(16) ?
    Sb1 In1 Sr3 1_455 4_545 142.55(2) ?
    Sb5 In1 Sr3 . 4_545 106.35(2) ?
    Sb5 In1 Sr3 2 4_545 59.400(16) ?
    Sr5 In1 Sr3 8_544 4_545 123.881(18) ?
    Sr5 In1 Sr3 7_344 4_545 71.844(18) ?
    Sr6 In1 Sr3 7_444 4_545 76.528(16) ?
    Sb1 In1 Sr3 2_655 3_455 142.55(2) ?
    Sb1 In1 Sr3 1_455 3_455 60.794(17) ?
    Sb5 In1 Sr3 . 3_455 59.401(16) ?
    Sb5 In1 Sr3 2 3_455 106.35(2) ?
    Sr5 In1 Sr3 8_544 3_455 71.844(18) ?
    Sr5 In1 Sr3 7_344 3_455 123.881(18) ?
    Sr6 In1 Sr3 7_444 3_455 76.528(16) ?
    Sr3 In1 Sr3 4_545 3_455 153.06(3) ?
    Sb1 In1 Sr4 2_655 1_455 134.58(2) ?
    Sb1 In1 Sr4 1_455 1_455 55.642(15) ?
    Sb5 In1 Sr4 . 1_455 115.55(2) ?
    Sb5 In1 Sr4 2 1_455 57.754(16) ?
    Sr5 In1 Sr4 8_544 1_455 118.359(18) ?
    Sr5 In1 Sr4 7_344 1_455 68.629(18) ?
    Sr6 In1 Sr4 7_444 1_455 83.985(17) ?
    Sr3 In1 Sr4 4_545 1_455 115.891(17) ?
    Sr3 In1 Sr4 3_455 1_455 60.955(16) ?
    Sb1 In1 Sr4 2_655 2_655 55.642(15) ?
    Sb1 In1 Sr4 1_455 2_655 134.58(2) ?
    Sb5 In1 Sr4 . 2_655 57.753(16) ?
    Sb5 In1 Sr4 2 2_655 115.55(2) ?
    Sr5 In1 Sr4 8_544 2_655 68.629(18) ?
    Sr5 In1 Sr4 7_344 2_655 118.359(18) ?
    Sr6 In1 Sr4 7_444 2_655 83.985(17) ?
    Sr3 In1 Sr4 4_545 2_655 60.955(16) ?
    Sr3 In1 Sr4 3_455 2_655 115.891(17) ?
    Sr4 In1 Sr4 1_455 2_655 167.97(3) ?
loop_
    _geom_torsion_atom_site_label_1
    _geom_torsion_atom_site_label_2
    _geom_torsion_atom_site_label_3
    _geom_torsion_atom_site_label_4
    _geom_torsion_site_symmetry_1
    _geom_torsion_site_symmetry_2
    _geom_torsion_site_symmetry_3
    _geom_torsion_site_symmetry_4
    _geom_torsion
    _geom_torsion_publ_flag
    ? ? ? ? ? ? ? ? ? ?
loop_
    _geom_hbond_atom_site_label_D
    _geom_hbond_atom_site_label_H
    _geom_hbond_atom_site_label_A
    _geom_hbond_site_symmetry_D
    _geom_hbond_site_symmetry_H
    _geom_hbond_site_symmetry_A
    _geom_hbond_distance_DH
    _geom_hbond_distance_HA
    _geom_hbond_distance_DA
    _geom_hbond_angle_DHA
    _geom_hbond_publ_flag
    ? ? ? ? ? ? ? ? ? ? ?
