data_global 
_audit_creation_date        10-04-08
_audit_creation_method CRYSTALS_ver_12.87

_oxford_structure_analysis_title  'XRD, micro-XANES, EMPA and SIMS investigation on phlogopite: sample PG5_1'
_chemical_name_systematic         ?
_chemical_melting_point           ?


#looking for refcif 
 
 
# Check this file using the IUCr facility at: 
# http://checkcif.iucr.org/ 
 
# The content below is held in the file 'script/refcif.dat'. This is a text 
# file which you may edit to reflect local conditions. 
# Items which need looking at are represented by a '?'. 
# Items for which there are choices are prefixed with 'choose from'. 
 
_publ_contact_letter 
; 
 ?
; 
_publ_contact_author_name         'Fernando Scordari' 
_publ_contact_author_address 
; 
 Geomineralogic Department, 
 University of Bari, 
 via Orabona, N.4 I-70125, ITALY 
; 
 
_publ_contact_author_phone        '+39 80 5442587' 
_publ_contact_author_fax          '+39 80 5442591' 
_publ_contact_author_email        'f.scordari@geomin.uniba.it' 
_publ_requested_journal           '..' 
_publ_requested_category          EO # choose from: FI FM FO CI CM CO AD 
_publ_requested_coeditor_name     '..' 
 
_publ_section_title 
; 
XRD, micro-XANES, EMPA and SIMS investigation on phlogopite single crystals from Mt. Vulture (Italy) 
; 
 
# The loop structure below should contain the names and addresses of all 
# authors, in the required order of publication. Repeat as necessary. 
loop_ 
 _publ_author_name 
 _publ_author_address 

 'Scordari, F.' 
; 
 Dipartimento Geomineralogico, 
 Universita' di Bari, 
 via Orabona, N.4 I-70125,Bari, ITALY
; 

 'Dyar, M.D.' 
; 
 Department of Astronomy,
 Mount Holyoke Collage,
 MA, 01075, USA 
; 

 'Schingaro, E.' 
; 
 Dipartimento Geomineralogico, 
 Universita' di Bari, 
 via Orabona, N.4 I-70125,Bari, ITALY
; 

 'Lacalamita, M.' 
; 
 Dipartimento Geomineralogico, 
 Universita' di Bari, 
 via Orabona, N.4 I-70125,Bari, ITALY
; 

 'Ottolini, L.' 
; 
 CNR-Istituto di Geoscienze e Georisorse (IGG), 
 Sezione di Pavia, 
 via Ferrata, N.1 I-27100 Pavia, ITALY
;  
 
_cell_length_a                    5.3370(10)
_cell_length_b                    9.2350(10)
_cell_length_c                    10.2560(10)
_cell_angle_alpha                 90
_cell_angle_beta                  100.000(10)
_cell_angle_gamma                 90
_cell_volume                      497.81(12)
 
_symmetry_cell_setting            'Monoclinic' 
_symmetry_space_group_name_H-M    'C 1 2/m 1 ' 
_symmetry_space_group_name_Hall   ? 
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,y,-z'
 'x,-y,z'
 '-x+1/2,y+1/2,-z'
 'x+1/2,-y+1/2,z'

loop_
_atom_type_symbol
_atom_type_scat_dispersion_real
_atom_type_scat_dispersion_imag
_atom_type_scat_Cromer_Mann_a1
_atom_type_scat_Cromer_Mann_b1
_atom_type_scat_Cromer_Mann_a2
_atom_type_scat_Cromer_Mann_b2
_atom_type_scat_Cromer_Mann_a3
_atom_type_scat_Cromer_Mann_b3
_atom_type_scat_Cromer_Mann_a4
_atom_type_scat_Cromer_Mann_b4
_atom_type_scat_Cromer_Mann_c
_atom_type_scat_source  
 H       0.0000   0.0000   0.4930  10.5109   0.3229  26.1257   0.1402   3.1424
   0.0408  57.7997   0.0030 'International Tables Vol C 4.2.6.8 and 6.1.1.4'
 Fep2    0.3010   0.8450  11.0424   4.6538   7.3740   0.3053   4.1346  12.0546
   0.4399  31.2809   1.0097 'International Tables Vol C 4.2.6.8 and 6.1.1.4'
 Kp1     0.1790   0.2500   7.9578  12.6331   7.4917   0.7674   6.3590  -0.0020
   1.1915  31.9128  -4.9978 'International Tables Vol C 4.2.6.8 and 6.1.1.4'
 Mgp2    0.0420   0.0360   3.4988   2.1676   3.8378   4.7542   1.3284   0.1850
   0.8497  10.1411   0.4853 'International Tables Vol C 4.2.6.8 and 6.1.1.4'
 Si      0.0720   0.0710   6.2915   2.4386   3.0353  32.3337   1.9891   0.6785
   1.5410  81.6937   1.1407 'International Tables Vol C 4.2.6.8 and 6.1.1.4'
 Sip4    0.0720   0.0710   4.4392   1.6417   3.2034   3.4376   1.1945   0.2149
   0.4165   6.6536   0.7463 'International Tables Vol C 4.2.6.8 and 6.1.1.4'
 O       0.0080   0.0060   3.0485  13.2771   2.2868   5.7011   1.5463   0.3239
   0.8670  32.9089   0.2508 'International Tables Vol C 4.2.6.8 and 6.1.1.4'
 Om2     0.0080   0.0060   3.7504  16.5151   2.8429   6.5920   1.5430   0.3192
   1.6209  43.3486   0.2421 'International Tables Vol C 4.2.6.8 and 6.1.1.4'
 
 
_cell_formula_units_Z                    2

# Given Formula = H2 Fep21.50 Kp11 Mgp21.50 O6 Om26 Sip42 Si2 
# Dc =      3.11 Fooo =    328.98 Mu =     41.62 M =    116.42
# Found Formula = H0.96 Fep20.26 Kp10.25 Mgp20.99 O3.90 Om26.10 Si2.82 Sip41.12 
# Dc =      2.91 FOOO =    328.98 Mu =     35.00 M =    109.02

_chemical_formula_sum             
;
'H0.96 Fep20.26 Kp10.25 Mgp20.99 O3.90 Om26.10 Si2.82 Sip41.12'
;
_chemical_formula_moiety          
;
'H0.96 Fep20.26 Kp10.25 Mgp20.99 O3.90 Om26.10 Si2.82 Sip41.12'
;
_chemical_compound_source                ?
_chemical_formula_weight            436.09
 
 
_cell_measurement_reflns_used            0
_cell_measurement_theta_min              0
_cell_measurement_theta_max              0
_cell_measurement_temperature          293
 
_exptl_crystal_description        'plate' 
_exptl_crystal_colour             'brown' 
_exptl_crystal_size_min           0.02 
_exptl_crystal_size_mid           0.23 
_exptl_crystal_size_max           0.26 
 
_exptl_crystal_density_diffrn     2.909 
_exptl_crystal_density_meas       ? 
_exptl_crystal_density_method     'not measured' 
# Non-dispersive F(000): 
_exptl_crystal_F_000              328.984 
_exptl_absorpt_coefficient_mu     3.500 
 
# Sheldrick geometric approximatio 1.00 1.00 
_exptl_absorpt_correction_type    multi-scan 
_exptl_absorpt_process_details    'SADABS (Bruker, 2003)' 
_exptl_absorpt_correction_T_min   0.71 
_exptl_absorpt_correction_T_max   1.00 
_diffrn_measurement_device        'APEX2 (Bruker, 2003)' 
_diffrn_measurement_device_type   'CCD' 
_diffrn_radiation_monochromator   'graphite' 
_diffrn_radiation_type            'Mo K\a'
_diffrn_radiation_wavelength           0.71073
_diffrn_measurement_method        ω/2θ 
 
# If a reference occurs more than once, delete the author 
# and date from subsequent references. 
_computing_data_collection        'USER DEFINED DATA COLLECTION'
_computing_cell_refinement        'USER DEFINED DATA COLLECTION' 
_computing_data_reduction         'USER DEFINED DATA COLLECTION'
_computing_structure_solution     'USER DEFINED STRUCTURE SOLUTION' 
_computing_structure_refinement   'CRYSTALS (Betteridge et al., 2003)' 
_computing_publication_material   'CRYSTALS (Betteridge et al., 2003)' 
_computing_molecular_graphics     'CAMERON (Watkin et al., 1996)' 
 
_diffrn_standards_interval_time   . 
_diffrn_standards_interval_count  . 
_diffrn_standards_number          0 
_diffrn_standards_decay_%         ? 
 
_diffrn_ambient_temperature        293
_diffrn_reflns_number            18850 
_reflns_number_total              1904 
_diffrn_reflns_av_R_equivalents   0.104 
# Number of reflections without Friedels Law is 1904 
# Number of reflections with Friedels Law is 0 
# Theoretical number of reflections is about 2011 
 
 
_diffrn_reflns_theta_min          4.854 
_diffrn_reflns_theta_max          44.865 
_diffrn_measured_fraction_theta_max 0.891 
 
_diffrn_reflns_theta_full         34.995 
_diffrn_measured_fraction_theta_full 0.995 
 
 
_diffrn_reflns_limit_h_min        -6 
_diffrn_reflns_limit_h_max        10 
_diffrn_reflns_limit_k_min        -17 
_diffrn_reflns_limit_k_max        17 
_diffrn_reflns_limit_l_min        -19 
_diffrn_reflns_limit_l_max        19 
_reflns_limit_h_min               -9 
_reflns_limit_h_max               10 
_reflns_limit_k_min               0 
_reflns_limit_k_max               17 
_reflns_limit_l_min               0 
_reflns_limit_l_max               19 
 
_oxford_diffrn_Wilson_B_factor    0.00 
_oxford_diffrn_Wilson_scale       0.00 
 
_atom_sites_solution_primary      direct #heavy,direct,difmap,geom
# _atom_sites_solution_secondary  difmap
_atom_sites_solution_hydrogens    geom
 
_refine_diff_density_min          -0.53 
_refine_diff_density_max          0.82 
 
 
# The current dictionary definitions do not cover the 
# situation where the reflections used for refinement were 
# selected by a user-defined sigma threshold 
 
 
# The values actually used during refinement 
_oxford_reflns_threshold_expression_ref     I>3.0\s(I)
_refine_ls_number_reflns          595 
_refine_ls_number_restraints      24 
_refine_ls_number_parameters      71 
_oxford_refine_ls_R_factor_ref    0.0363 
_refine_ls_wR_factor_ref          0.0398 
_refine_ls_goodness_of_fit_ref    0.9187 
_refine_ls_shift/su_max           0.0102233 
_refine_ls_shift/su_mean          0.0039130 
 
 
# The values computed from all data 
_oxford_reflns_number_all         1898 
_refine_ls_R_factor_all           0.1430 
_refine_ls_wR_factor_all          0.2037 
 
# The values computed with a 2 sigma cutoff - a la SHELX 
_reflns_threshold_expression      I>2.0σ(I)
_reflns_number_gt                 717 
_refine_ls_R_factor_gt            0.0456 
_refine_ls_wR_factor_gt           0.0553 
 
# choose from: rm (reference molecule of known chirality), 
# ad (anomolous dispersion - Flack), rmad (rm and ad), 
# syn (from synthesis), unk (unknown) or . (not applicable). 
_chemical_absolute_configuration  '.' 
 
 
_refine_ls_structure_factor_coef  F 
_refine_ls_matrix_type            full
_refine_ls_hydrogen_treatment     mixed          # none, undef, noref, refall,
                                                 # refxyz, refU, constr or mixed

_refine_ls_weighting_scheme       calc 
_refine_ls_weighting_details 
;
 Method= Quasi-Unit weights 
 W = 1.0 or 1./2F 
;
# Insert your own references if required - in alphabetical order 
_publ_section_references 
; 
User-defined structure solution reference 
 
User-defined data collection reference 
 
User defined data reduction 
 
User defined cell refinement 
 
Betteridge, P.W., Carruthers, J.R., Cooper, R.I., 
Prout, K. & Watkin, D.J. (2003). J. Appl. Cryst. 36, 1487. 
 
Bruker,(2003). SAINT, Bruker AXS Inc., Madison, Wisconsin, USA
 
Bruker,(2003). APEX2, Bruker AXS Inc., Madison, Wisconsin, USA 
 
Watkin, D.J., Prout, C.K. & Pearce, L.J. (1996). CAMERON, Chemical 
Crystallography Laboratory, Oxford, UK. 
; 

# Uequiv = arithmetic mean of Ui i.e. Ueqiv = (U1+U2+U3)/3

# Replace last . with number of unfound hydrogen atomsattached to an atom.

# ..._refinement_flags_... 
# . no refinement constraints           S special position constraint on site
# G rigid group refinement of site      R riding atom
# D distance or angle restraint on site T thermal displacement constraints
# U Uiso or Uij restraint (rigid bond)  P partial occupancy constraint


loop_
_atom_site_label
_atom_site_type_symbol
_atom_site_fract_x
_atom_site_fract_y
_atom_site_fract_z
_atom_site_U_iso_or_equiv
_atom_site_occupancy
_atom_site_adp_type
_atom_site_refinement_flags_posn
_atom_site_refinement_flags_adp
_atom_site_refinement_flags_occupancy
_atom_site_disorder_assembly
_atom_site_disorder_group
_oxford_atom_site_special_shape
_atom_site_attached_hydrogens
Kp11 Kp1 0.0000 0.5000 0.0000 0.0295 0.9940(9) Uani . . P . . . . 
Mgp22 Mgp2 0.0000 0.0000 0.5000 0.0098 0.7927(8) Uani . . P . . . . 
Fep22 Fep2 0.0000 0.0000 0.5000 0.0098 0.2070(8) Uani . . P . . . . 
Mgp23 Mgp2 0.0000 0.33403(18) 0.5000 0.0105 0.7927(8) Uani . . P . . . . 
Fep23 Fep2 0.0000 0.33403(18) 0.5000 0.0105 0.2072(8) Uani . . P . . . . 
Sip44 Sip4 0.07560(17) 0.16686(12) 0.22671(10) 0.0094 0.2810(10) Uani . . P . . . . 
Si4 Si 0.07560(17) 0.16686(12) 0.22671(10) 0.0094 0.7052(10) Uani . . P . . . . 
Om25 Om2 0.3312(5) 0.2237(4) 0.1696(3) 0.0186 0.5311(8) Uani . . P . . . . 
O5 O 0.3312(5) 0.2237(4) 0.1696(3) 0.0186 0.4690(8) Uani . . P . . . . 
Om26 Om2 0.0051(8) 0.0000 0.1698(4) 0.0180 0.5044(8) Uani . . P . . . . 
O6 O 0.0051(8) 0.0000 0.1698(4) 0.0180 0.4957(8) Uani . . P . . . . 
Om27 Om2 0.1306(5) 0.1674(4) 0.3918(3) 0.0114 0.7517(8) Uani . . P . . . . 
O7 O 0.1306(5) 0.1674(4) 0.3918(3) 0.0114 0.2484(8) Uani . . P . . . . 
Om28 Om2 0.1327(8) 0.5000 0.3992(4) 0.0110 0.4641(8) Uani . . P . . . . 
O8 O 0.1327(8) 0.5000 0.3992(4) 0.0110 0.5358(8) Uani . . P . . . . 
H9 H 0.1186 0.5000 0.3254 0.0110 0.9645(10) Uani R . P . . . . 

_refine_ls_extinction_method 
    'None'
_oxford_refine_ls_scale 0.5286(16) 
loop_
 _geom_bond_atom_site_label_1
 _geom_bond_site_symmetry_1
 _geom_bond_atom_site_label_2
 _geom_bond_site_symmetry_2
 _geom_bond_distance
 _geom_bond_publ_flag
Mgp22 . Om28 4_556 2.051(4)    yes
Mgp22 . Om28 3_445 2.051(4)    yes
Mgp22 . O8 3_445 2.051(4)    yes
Mgp22 . O8 4_556 2.051(4)    yes
Mgp22 . O7 6_555 2.092(3)    yes
Mgp22 . O7 5_556 2.092(3)    yes
Mgp22 . Om27 6_555 2.092(3)    yes
Mgp22 . O7 2_556 2.092(3)    yes
Mgp22 . Om27 . 2.092(3)    yes
Mgp22 . O7 . 2.092(3)    yes
Fep22 . Om27 6_555 2.092(3)    yes
Fep22 . O7 2_556 2.092(3)    yes
Fep22 . O7 5_556 2.092(3)    yes
Fep22 . O7 6_555 2.092(3)    yes
Fep22 . Om27 2_556 2.092(3)    yes
Fep22 . Om27 5_556 2.092(3)    yes
Fep22 . Om28 7_546 2.051(4)    yes
Fep22 . Om28 3_445 2.051(4)    yes
Fep22 . O8 4_556 2.051(4)    yes
Fep22 . O8 3_445 2.051(4)    yes
Fep22 . Om27 . 2.092(3)    yes
Fep22 . O7 . 2.092(3)    yes
Mgp23 . Om28 2_566 2.043(3)    yes
Mgp23 . O8 2_566 2.043(3)    yes
Mgp23 . Om27 5_556 2.087(3)    yes
Mgp23 . O7 5_556 2.087(3)    yes
Mgp23 . Om27 8_455 2.088(3)    yes
Mgp23 . Om27 4_556 2.088(3)    yes
Mgp23 . O7 8_455 2.088(3)    yes
Mgp23 . O7 4_556 2.088(3)    yes
Mgp23 . Om27 . 2.087(3)    yes
Mgp23 . O7 . 2.087(3)    yes
Mgp23 . Om28 . 2.043(3)    yes
Mgp23 . O8 . 2.043(3)    yes
Fep23 . Om27 4_556 2.088(3)    yes
Fep23 . Om27 8_455 2.088(3)    yes
Fep23 . O7 4_556 2.088(3)    yes
Fep23 . O7 8_455 2.088(3)    yes
Fep23 . Om27 5_556 2.087(3)    yes
Fep23 . O7 5_556 2.087(3)    yes
Fep23 . Om28 2_566 2.043(3)    yes
Fep23 . O8 2_566 2.043(3)    yes
Fep23 . Om27 . 2.087(3)    yes
Fep23 . O7 . 2.087(3)    yes
Fep23 . Om28 . 2.043(3)    yes
Fep23 . O8 . 2.043(3)    yes
Sip44 . O5 8_455 1.674(3)    yes
Sip44 . Om25 8_455 1.674(3)    yes
Sip44 . Om25 . 1.660(3)    yes
Sip44 . O5 . 1.660(3)    yes
Sip44 . Om26 . 1.668(2)    yes
Sip44 . O6 . 1.668(2)    yes
Sip44 . Om27 . 1.667(3)    yes
Sip44 . O7 . 1.667(3)    yes
Si4 . O5 8_455 1.674(3)    yes
Si4 . Om25 8_455 1.674(3)    yes
Si4 . Om25 . 1.660(3)    yes
Si4 . O5 . 1.660(3)    yes
Si4 . Om26 . 1.668(2)    yes
Si4 . O6 . 1.668(2)    yes
Si4 . Om27 . 1.667(3)    yes
Si4 . O7 . 1.667(3)    yes
Om28 . H9 . 0.748    no
O8 . H9 . 0.748    no
loop_
 _geom_angle_atom_site_label_1
 _geom_angle_site_symmetry_1
 _geom_angle_atom_site_label_2
 _geom_angle_site_symmetry_2
 _geom_angle_atom_site_label_3
 _geom_angle_site_symmetry_3
 _geom_angle
 _geom_angle_publ_flag
Om28 4_556 Mgp22 . Om28 3_445 179.994    yes
Om28 4_556 Mgp22 . O8 3_445 179.994    yes
Om28 3_445 Mgp22 . O8 4_556 179.994    yes
O8 3_445 Mgp22 . O8 4_556 179.994    yes
Om28 4_556 Mgp22 . O7 6_555 83.69(11)    yes
Om28 3_445 Mgp22 . O7 6_555 96.31(11)    yes
O8 3_445 Mgp22 . O7 6_555 96.31(11)    yes
O8 4_556 Mgp22 . O7 6_555 83.69(11)    yes
Om28 4_556 Mgp22 . O7 5_556 96.31(11)    yes
Om28 3_445 Mgp22 . O7 5_556 83.69(11)    yes
O8 3_445 Mgp22 . O7 5_556 83.69(11)    yes
O8 4_556 Mgp22 . O7 5_556 96.31(11)    yes
O7 6_555 Mgp22 . O7 5_556 179.995    yes
Om28 4_556 Mgp22 . Om27 6_555 83.69(11)    yes
Om28 3_445 Mgp22 . Om27 6_555 96.31(11)    yes
O8 3_445 Mgp22 . Om27 6_555 96.31(11)    yes
O8 4_556 Mgp22 . Om27 6_555 83.69(11)    yes
Om28 4_556 Mgp22 . O7 2_556 96.31(11)    yes
Om28 3_445 Mgp22 . O7 2_556 83.69(11)    yes
O8 3_445 Mgp22 . O7 2_556 83.69(11)    yes
O8 4_556 Mgp22 . O7 2_556 96.31(11)    yes
O7 6_555 Mgp22 . O7 2_556 84.70(16)    yes
Om28 4_556 Mgp22 . Om27 . 83.69(11)    yes
Om28 3_445 Mgp22 . Om27 . 96.31(11)    yes
O8 3_445 Mgp22 . Om27 . 96.31(11)    yes
O8 4_556 Mgp22 . Om27 . 83.69(11)    yes
O7 6_555 Mgp22 . Om27 . 95.30(16)    yes
Om28 4_556 Mgp22 . O7 . 83.69(11)    yes
Om28 3_445 Mgp22 . O7 . 96.31(11)    yes
O8 3_445 Mgp22 . O7 . 96.31(11)    yes
O8 4_556 Mgp22 . O7 . 83.69(11)    yes
O7 6_555 Mgp22 . O7 . 95.30(16)    yes
O7 5_556 Mgp22 . Om27 6_555 179.995    yes
O7 5_556 Mgp22 . O7 2_556 95.30(16)    yes
Om27 6_555 Mgp22 . O7 2_556 84.70(16)    yes
O7 5_556 Mgp22 . Om27 . 84.70(16)    yes
Om27 6_555 Mgp22 . Om27 . 95.30(16)    yes
O7 2_556 Mgp22 . Om27 . 179.995    yes
O7 5_556 Mgp22 . O7 . 84.70(16)    yes
Om27 6_555 Mgp22 . O7 . 95.30(16)    yes
O7 2_556 Mgp22 . O7 . 179.995    yes
Om27 6_555 Fep22 . O7 2_556 84.70(16)    yes
Om27 6_555 Fep22 . O7 5_556 179.995    yes
O7 2_556 Fep22 . O7 5_556 95.30(16)    yes
O7 2_556 Fep22 . O7 6_555 84.70(16)    yes
O7 5_556 Fep22 . O7 6_555 179.995    yes
Om27 6_555 Fep22 . Om27 2_556 84.70(16)    yes
O7 5_556 Fep22 . Om27 2_556 95.30(16)    yes
O7 6_555 Fep22 . Om27 2_556 84.70(16)    yes
Om27 6_555 Fep22 . Om27 5_556 179.995    yes
O7 2_556 Fep22 . Om27 5_556 95.30(16)    yes
O7 6_555 Fep22 . Om27 5_556 179.995    yes
Om27 2_556 Fep22 . Om27 5_556 95.30(16)    yes
Om27 6_555 Fep22 . Om28 7_546 83.69(11)    yes
O7 2_556 Fep22 . Om28 7_546 96.31(11)    yes
O7 5_556 Fep22 . Om28 7_546 96.31(11)    yes
O7 6_555 Fep22 . Om28 7_546 83.69(11)    yes
Om27 2_556 Fep22 . Om28 7_546 96.31(11)    yes
Om27 6_555 Fep22 . Om28 3_445 96.31(11)    yes
O7 2_556 Fep22 . Om28 3_445 83.69(11)    yes
O7 5_556 Fep22 . Om28 3_445 83.69(11)    yes
O7 6_555 Fep22 . Om28 3_445 96.31(11)    yes
Om27 2_556 Fep22 . Om28 3_445 83.69(11)    yes
Om27 6_555 Fep22 . O8 4_556 83.69(11)    yes
O7 2_556 Fep22 . O8 4_556 96.31(11)    yes
O7 5_556 Fep22 . O8 4_556 96.31(11)    yes
O7 6_555 Fep22 . O8 4_556 83.69(11)    yes
Om27 2_556 Fep22 . O8 4_556 96.31(11)    yes
Om27 6_555 Fep22 . O8 3_445 96.31(11)    yes
O7 2_556 Fep22 . O8 3_445 83.69(11)    yes
O7 5_556 Fep22 . O8 3_445 83.69(11)    yes
O7 6_555 Fep22 . O8 3_445 96.31(11)    yes
Om27 2_556 Fep22 . O8 3_445 83.69(11)    yes
Om27 6_555 Fep22 . Sip44 . 78.02(9)    yes
O7 2_556 Fep22 . Sip44 . 154.30(8)    yes
O7 5_556 Fep22 . Sip44 . 101.98(9)    yes
O7 6_555 Fep22 . Sip44 . 78.02(9)    yes
Om27 2_556 Fep22 . Sip44 . 154.30(8)    yes
Om27 6_555 Fep22 . Si4 . 78.02(9)    yes
O7 2_556 Fep22 . Si4 . 154.30(8)    yes
O7 5_556 Fep22 . Si4 . 101.98(9)    yes
O7 6_555 Fep22 . Si4 . 78.02(9)    yes
Om27 2_556 Fep22 . Si4 . 154.30(8)    yes
Om27 6_555 Fep22 . Om27 . 95.30(16)    yes
O7 2_556 Fep22 . Om27 . 179.995    yes
O7 5_556 Fep22 . Om27 . 84.70(16)    yes
O7 6_555 Fep22 . Om27 . 95.30(16)    yes
Om27 2_556 Fep22 . Om27 . 179.995    yes
Om27 6_555 Fep22 . O7 . 95.30(16)    yes
O7 2_556 Fep22 . O7 . 179.995    yes
O7 5_556 Fep22 . O7 . 84.70(16)    yes
O7 6_555 Fep22 . O7 . 95.30(16)    yes
Om27 2_556 Fep22 . O7 . 179.995    yes
Om27 5_556 Fep22 . Om28 7_546 96.31(11)    yes
Om27 5_556 Fep22 . Om28 3_445 83.69(11)    yes
Om28 7_546 Fep22 . Om28 3_445 179.994    yes
Om27 5_556 Fep22 . O8 4_556 96.31(11)    yes
Om28 3_445 Fep22 . O8 4_556 179.994    yes
Om27 5_556 Fep22 . O8 3_445 83.69(11)    yes
Om28 7_546 Fep22 . O8 3_445 179.994    yes
O8 4_556 Fep22 . O8 3_445 179.994    yes
Om27 5_556 Fep22 . Sip44 . 101.98(9)    yes
Om28 7_546 Fep22 . Sip44 . 100.48(11)    yes
Om28 3_445 Fep22 . Sip44 . 79.52(11)    yes
O8 4_556 Fep22 . Sip44 . 100.48(11)    yes
O8 3_445 Fep22 . Sip44 . 79.52(11)    yes
Om27 5_556 Fep22 . Si4 . 101.98(9)    yes
Om28 7_546 Fep22 . Si4 . 100.48(11)    yes
Om28 3_445 Fep22 . Si4 . 79.52(11)    yes
O8 4_556 Fep22 . Si4 . 100.48(11)    yes
O8 3_445 Fep22 . Si4 . 79.52(11)    yes
Om27 5_556 Fep22 . Om27 . 84.70(16)    yes
Om28 7_546 Fep22 . Om27 . 83.69(11)    yes
Om28 3_445 Fep22 . Om27 . 96.31(11)    yes
O8 4_556 Fep22 . Om27 . 83.69(11)    yes
O8 3_445 Fep22 . Om27 . 96.31(11)    yes
Om27 5_556 Fep22 . O7 . 84.70(16)    yes
Om28 7_546 Fep22 . O7 . 83.69(11)    yes
Om28 3_445 Fep22 . O7 . 96.31(11)    yes
O8 4_556 Fep22 . O7 . 83.69(11)    yes
O8 3_445 Fep22 . O7 . 96.31(11)    yes
Sip44 . Fep22 . Om27 . 25.70(8)    yes
Si4 . Fep22 . Om27 . 25.70(8)    yes
Sip44 . Fep22 . O7 . 25.70(8)    yes
Si4 . Fep22 . O7 . 25.70(8)    yes
Om28 2_566 Mgp23 . Om27 5_556 96.13(11)    yes
O8 2_566 Mgp23 . Om27 5_556 96.13(11)    yes
Om28 2_566 Mgp23 . O7 5_556 96.13(11)    yes
O8 2_566 Mgp23 . O7 5_556 96.13(11)    yes
Om28 2_566 Mgp23 . Om27 8_455 84.01(15)    yes
O8 2_566 Mgp23 . Om27 8_455 84.01(15)    yes
Om27 5_556 Mgp23 . Om27 8_455 84.61(12)    yes
O7 5_556 Mgp23 . Om27 8_455 84.61(12)    yes
Om28 2_566 Mgp23 . Om27 4_556 96.55(15)    yes
O8 2_566 Mgp23 . Om27 4_556 96.55(15)    yes
Om27 5_556 Mgp23 . Om27 4_556 94.84(12)    yes
O7 5_556 Mgp23 . Om27 4_556 94.84(12)    yes
Om27 8_455 Mgp23 . Om27 4_556 179.3(2)    yes
Om28 2_566 Mgp23 . O7 8_455 84.01(15)    yes
O8 2_566 Mgp23 . O7 8_455 84.01(15)    yes
Om27 5_556 Mgp23 . O7 8_455 84.61(12)    yes
O7 5_556 Mgp23 . O7 8_455 84.61(12)    yes
Om28 2_566 Mgp23 . O7 4_556 96.55(15)    yes
O8 2_566 Mgp23 . O7 4_556 96.55(15)    yes
Om27 5_556 Mgp23 . O7 4_556 94.84(12)    yes
O7 5_556 Mgp23 . O7 4_556 94.84(12)    yes
Om27 8_455 Mgp23 . O7 4_556 179.3(2)    yes
Om28 2_566 Mgp23 . Fep22 3_555 90.18(11)    yes
O8 2_566 Mgp23 . Fep22 3_555 90.18(11)    yes
Om27 5_556 Mgp23 . Fep22 3_555 137.48(7)    yes
O7 5_556 Mgp23 . Fep22 3_555 137.48(7)    yes
Om27 8_455 Mgp23 . Fep22 3_555 137.90(10)    yes
Om28 2_566 Mgp23 . Om27 . 178.30(16)    yes
O8 2_566 Mgp23 . Om27 . 178.30(16)    yes
Om27 5_556 Mgp23 . Om27 . 84.99(17)    yes
O7 5_556 Mgp23 . Om27 . 84.99(17)    yes
Om27 8_455 Mgp23 . Om27 . 94.84(12)    yes
Om28 2_566 Mgp23 . O7 . 178.30(16)    yes
O8 2_566 Mgp23 . O7 . 178.30(16)    yes
Om27 5_556 Mgp23 . O7 . 84.99(17)    yes
O7 5_556 Mgp23 . O7 . 84.99(17)    yes
Om27 8_455 Mgp23 . O7 . 94.84(12)    yes
Om28 2_566 Mgp23 . Om28 . 82.78(19)    yes
O8 2_566 Mgp23 . Om28 . 82.78(19)    yes
Om27 5_556 Mgp23 . Om28 . 178.30(16)    yes
O7 5_556 Mgp23 . Om28 . 178.30(16)    yes
Om27 8_455 Mgp23 . Om28 . 96.55(15)    yes
Om28 2_566 Mgp23 . O8 . 82.78(19)    yes
O8 2_566 Mgp23 . O8 . 82.78(19)    yes
Om27 5_556 Mgp23 . O8 . 178.30(16)    yes
O7 5_556 Mgp23 . O8 . 178.30(16)    yes
Om27 8_455 Mgp23 . O8 . 96.55(15)    yes
Om27 4_556 Mgp23 . O7 8_455 179.3(2)    yes
O7 8_455 Mgp23 . O7 4_556 179.3(2)    yes
Om27 4_556 Mgp23 . Fep22 3_555 42.65(8)    yes
O7 8_455 Mgp23 . Fep22 3_555 137.90(10)    yes
O7 4_556 Mgp23 . Fep22 3_555 42.65(8)    yes
Om27 4_556 Mgp23 . Om27 . 84.61(12)    yes
O7 8_455 Mgp23 . Om27 . 94.84(12)    yes
O7 4_556 Mgp23 . Om27 . 84.61(12)    yes
Fep22 3_555 Mgp23 . Om27 . 89.85(7)    yes
Om27 4_556 Mgp23 . O7 . 84.61(12)    yes
O7 8_455 Mgp23 . O7 . 94.84(12)    yes
O7 4_556 Mgp23 . O7 . 84.61(12)    yes
Fep22 3_555 Mgp23 . O7 . 89.85(7)    yes
Om27 4_556 Mgp23 . Om28 . 84.01(15)    yes
O7 8_455 Mgp23 . Om28 . 96.55(15)    yes
O7 4_556 Mgp23 . Om28 . 84.01(15)    yes
Fep22 3_555 Mgp23 . Om28 . 41.37(12)    yes
Om27 . Mgp23 . Om28 . 96.13(11)    yes
Om27 4_556 Mgp23 . O8 . 84.01(15)    yes
O7 8_455 Mgp23 . O8 . 96.55(15)    yes
O7 4_556 Mgp23 . O8 . 84.01(15)    yes
Fep22 3_555 Mgp23 . O8 . 41.37(12)    yes
Om27 . Mgp23 . O8 . 96.13(11)    yes
O7 . Mgp23 . Om28 . 96.13(11)    yes
O7 . Mgp23 . O8 . 96.13(11)    yes
Om27 4_556 Fep23 . Om27 8_455 179.3(2)    yes
Om27 8_455 Fep23 . O7 4_556 179.3(2)    yes
Om27 4_556 Fep23 . O7 8_455 179.3(2)    yes
O7 4_556 Fep23 . O7 8_455 179.3(2)    yes
Om27 4_556 Fep23 . Om27 5_556 94.84(12)    yes
Om27 8_455 Fep23 . Om27 5_556 84.61(12)    yes
O7 4_556 Fep23 . Om27 5_556 94.84(12)    yes
O7 8_455 Fep23 . Om27 5_556 84.61(12)    yes
Om27 4_556 Fep23 . O7 5_556 94.84(12)    yes
Om27 8_455 Fep23 . O7 5_556 84.61(12)    yes
O7 4_556 Fep23 . O7 5_556 94.84(12)    yes
O7 8_455 Fep23 . O7 5_556 84.61(12)    yes
Om27 4_556 Fep23 . Om28 2_566 96.55(15)    yes
Om27 8_455 Fep23 . Om28 2_566 84.01(15)    yes
O7 4_556 Fep23 . Om28 2_566 96.55(15)    yes
O7 8_455 Fep23 . Om28 2_566 84.01(15)    yes
Om27 5_556 Fep23 . Om28 2_566 96.13(11)    yes
Om27 4_556 Fep23 . O8 2_566 96.55(15)    yes
Om27 8_455 Fep23 . O8 2_566 84.01(15)    yes
O7 4_556 Fep23 . O8 2_566 96.55(15)    yes
O7 8_455 Fep23 . O8 2_566 84.01(15)    yes
Om27 5_556 Fep23 . O8 2_566 96.13(11)    yes
Om27 4_556 Fep23 . Fep22 7_556 42.65(8)    yes
Om27 8_455 Fep23 . Fep22 7_556 137.90(10)    yes
O7 4_556 Fep23 . Fep22 7_556 42.65(8)    yes
O7 8_455 Fep23 . Fep22 7_556 137.90(10)    yes
Om27 5_556 Fep23 . Fep22 7_556 137.48(7)    yes
Om27 4_556 Fep23 . Sip44 . 101.89(8)    yes
Om27 8_455 Fep23 . Sip44 . 77.76(8)    yes
O7 4_556 Fep23 . Sip44 . 101.89(8)    yes
O7 8_455 Fep23 . Sip44 . 77.76(8)    yes
Om27 5_556 Fep23 . Sip44 . 102.07(10)    yes
Om27 4_556 Fep23 . Si4 . 101.89(8)    yes
Om27 8_455 Fep23 . Si4 . 77.76(8)    yes
O7 4_556 Fep23 . Si4 . 101.89(8)    yes
O7 8_455 Fep23 . Si4 . 77.76(8)    yes
Om27 5_556 Fep23 . Si4 . 102.07(10)    yes
Om27 4_556 Fep23 . Om27 . 84.61(12)    yes
Om27 8_455 Fep23 . Om27 . 94.84(12)    yes
O7 4_556 Fep23 . Om27 . 84.61(12)    yes
O7 8_455 Fep23 . Om27 . 94.84(12)    yes
Om27 5_556 Fep23 . Om27 . 84.99(17)    yes
Om27 4_556 Fep23 . O7 . 84.61(12)    yes
Om27 8_455 Fep23 . O7 . 94.84(12)    yes
O7 4_556 Fep23 . O7 . 84.61(12)    yes
O7 8_455 Fep23 . O7 . 94.84(12)    yes
Om27 5_556 Fep23 . O7 . 84.99(17)    yes
Om27 4_556 Fep23 . Om28 . 84.01(15)    yes
Om27 8_455 Fep23 . Om28 . 96.55(15)    yes
O7 4_556 Fep23 . Om28 . 84.01(15)    yes
O7 8_455 Fep23 . Om28 . 96.55(15)    yes
Om27 5_556 Fep23 . Om28 . 178.30(16)    yes
Om27 4_556 Fep23 . O8 . 84.01(15)    yes
Om27 8_455 Fep23 . O8 . 96.55(15)    yes
O7 4_556 Fep23 . O8 . 84.01(15)    yes
O7 8_455 Fep23 . O8 . 96.55(15)    yes
Om27 5_556 Fep23 . O8 . 178.30(16)    yes
O7 5_556 Fep23 . Om28 2_566 96.13(11)    yes
O7 5_556 Fep23 . O8 2_566 96.13(11)    yes
O7 5_556 Fep23 . Fep22 7_556 137.48(7)    yes
Om28 2_566 Fep23 . Fep22 7_556 90.18(11)    yes
O8 2_566 Fep23 . Fep22 7_556 90.18(11)    yes
O7 5_556 Fep23 . Sip44 . 102.07(10)    yes
Om28 2_566 Fep23 . Sip44 . 152.74(12)    yes
O8 2_566 Fep23 . Sip44 . 152.74(12)    yes
Fep22 7_556 Fep23 . Sip44 . 89.95(2)    yes
O7 5_556 Fep23 . Si4 . 102.07(10)    yes
Om28 2_566 Fep23 . Si4 . 152.74(12)    yes
O8 2_566 Fep23 . Si4 . 152.74(12)    yes
Fep22 7_556 Fep23 . Si4 . 89.95(2)    yes
O7 5_556 Fep23 . Om27 . 84.99(17)    yes
Om28 2_566 Fep23 . Om27 . 178.30(16)    yes
O8 2_566 Fep23 . Om27 . 178.30(16)    yes
Fep22 7_556 Fep23 . Om27 . 89.85(7)    yes
Sip44 . Fep23 . Om27 . 25.56(8)    yes
O7 5_556 Fep23 . O7 . 84.99(17)    yes
Om28 2_566 Fep23 . O7 . 178.30(16)    yes
O8 2_566 Fep23 . O7 . 178.30(16)    yes
Fep22 7_556 Fep23 . O7 . 89.85(7)    yes
Sip44 . Fep23 . O7 . 25.56(8)    yes
O7 5_556 Fep23 . Om28 . 178.30(16)    yes
Om28 2_566 Fep23 . Om28 . 82.78(19)    yes
O8 2_566 Fep23 . Om28 . 82.78(19)    yes
Fep22 7_556 Fep23 . Om28 . 41.37(12)    yes
Sip44 . Fep23 . Om28 . 79.40(10)    yes
O7 5_556 Fep23 . O8 . 178.30(16)    yes
Om28 2_566 Fep23 . O8 . 82.78(19)    yes
O8 2_566 Fep23 . O8 . 82.78(19)    yes
Fep22 7_556 Fep23 . O8 . 41.37(12)    yes
Sip44 . Fep23 . O8 . 79.40(10)    yes
Si4 . Fep23 . Om27 . 25.56(8)    yes
Si4 . Fep23 . O7 . 25.56(8)    yes
Si4 . Fep23 . Om28 . 79.40(10)    yes
Om27 . Fep23 . Om28 . 96.13(11)    yes
O7 . Fep23 . Om28 . 96.13(11)    yes
Si4 . Fep23 . O8 . 79.40(10)    yes
Om27 . Fep23 . O8 . 96.13(11)    yes
O7 . Fep23 . O8 . 96.13(11)    yes
O5 8_455 Sip44 . Si4 8_555 108.75(13)    yes
Om25 8_455 Sip44 . Si4 8_555 108.75(13)    yes
O5 8_455 Sip44 . Sip44 8_555 108.75(13)    yes
Om25 8_455 Sip44 . Sip44 8_555 108.75(13)    yes
O5 8_455 Sip44 . Si4 8_455 22.47(11)    yes
Om25 8_455 Sip44 . Si4 8_455 22.47(11)    yes
Si4 8_555 Sip44 . Si4 8_455 120.16(7)    yes
Sip44 8_555 Sip44 . Si4 8_455 120.16(7)    yes
O5 8_455 Sip44 . Sip44 8_455 22.47(11)    yes
Om25 8_455 Sip44 . Sip44 8_455 22.47(11)    yes
Si4 8_555 Sip44 . Sip44 8_455 120.16(7)    yes
Sip44 8_555 Sip44 . Sip44 8_455 120.16(7)    yes
O5 8_455 Sip44 . Fep23 8_555 132.87(12)    yes
Om25 8_455 Sip44 . Fep23 8_555 132.87(12)    yes
Si4 8_555 Sip44 . Fep23 8_555 62.08(2)    yes
Sip44 8_555 Sip44 . Fep23 8_555 62.08(2)    yes
Si4 8_455 Sip44 . Fep23 8_555 118.08(3)    yes
O5 8_455 Sip44 . Fep22 . 112.23(11)    yes
Om25 8_455 Sip44 . Fep22 . 112.23(11)    yes
Si4 8_555 Sip44 . Fep22 . 117.966(19)    yes
Sip44 8_555 Sip44 . Fep22 . 117.966(19)    yes
Si4 8_455 Sip44 . Fep22 . 89.95(2)    yes
O5 8_455 Sip44 . Fep23 . 79.11(11)    yes
Om25 8_455 Sip44 . Fep23 . 79.11(11)    yes
Si4 8_555 Sip44 . Fep23 . 90.03(4)    yes
Sip44 8_555 Sip44 . Fep23 . 90.03(4)    yes
Si4 8_455 Sip44 . Fep23 . 62.02(3)    yes
O5 8_455 Sip44 . Om25 . 108.89(12)    yes
Om25 8_455 Sip44 . Om25 . 108.89(12)    yes
Si4 8_555 Sip44 . Om25 . 22.66(11)    yes
Sip44 8_555 Sip44 . Om25 . 22.66(11)    yes
Si4 8_455 Sip44 . Om25 . 127.42(14)    yes
O5 8_455 Sip44 . O5 . 108.89(12)    yes
Om25 8_455 Sip44 . O5 . 108.89(12)    yes
Si4 8_555 Sip44 . O5 . 22.66(11)    yes
Sip44 8_555 Sip44 . O5 . 22.66(11)    yes
Si4 8_455 Sip44 . O5 . 127.42(14)    yes
O5 8_455 Sip44 . Om26 . 108.72(19)    yes
Om25 8_455 Sip44 . Om26 . 108.72(19)    yes
Si4 8_555 Sip44 . Om26 . 127.15(16)    yes
Sip44 8_555 Sip44 . Om26 . 127.15(16)    yes
Si4 8_455 Sip44 . Om26 . 108.54(16)    yes
O5 8_455 Sip44 . O6 . 108.72(19)    yes
Om25 8_455 Sip44 . O6 . 108.72(19)    yes
Si4 8_555 Sip44 . O6 . 127.15(16)    yes
Sip44 8_555 Sip44 . O6 . 127.15(16)    yes
Si4 8_455 Sip44 . O6 . 108.54(16)    yes
O5 8_455 Sip44 . Om27 . 110.03(15)    yes
Om25 8_455 Sip44 . Om27 . 110.03(15)    yes
Si4 8_555 Sip44 . Om27 . 89.92(10)    yes
Sip44 8_555 Sip44 . Om27 . 89.92(10)    yes
Si4 8_455 Sip44 . Om27 . 89.90(10)    yes
O5 8_455 Sip44 . O7 . 110.03(15)    yes
Om25 8_455 Sip44 . O7 . 110.03(15)    yes
Si4 8_555 Sip44 . O7 . 89.92(10)    yes
Sip44 8_555 Sip44 . O7 . 89.92(10)    yes
Si4 8_455 Sip44 . O7 . 89.90(10)    yes
Sip44 8_455 Sip44 . Fep23 8_555 118.08(3)    yes
Sip44 8_455 Sip44 . Fep22 . 89.95(2)    yes
Fep23 8_555 Sip44 . Fep22 . 55.88(3)    yes
Sip44 8_455 Sip44 . Fep23 . 62.02(3)    yes
Fep23 8_555 Sip44 . Fep23 . 56.06(3)    yes
Fep22 . Sip44 . Fep23 . 56.01(3)    yes
Sip44 8_455 Sip44 . Om25 . 127.42(14)    yes
Fep23 8_555 Sip44 . Om25 . 79.32(11)    yes
Fep22 . Sip44 . Om25 . 132.81(12)    yes
Fep23 . Sip44 . Om25 . 112.50(12)    yes
Sip44 8_455 Sip44 . O5 . 127.42(14)    yes
Fep23 8_555 Sip44 . O5 . 79.32(11)    yes
Fep22 . Sip44 . O5 . 132.81(12)    yes
Fep23 . Sip44 . O5 . 112.50(12)    yes
Sip44 8_455 Sip44 . Om26 . 108.54(16)    yes
Fep23 8_555 Sip44 . Om26 . 112.14(15)    yes
Fep22 . Sip44 . Om26 . 79.13(15)    yes
Fep23 . Sip44 . Om26 . 132.78(16)    yes
Om25 . Sip44 . Om26 . 108.5(2)    yes
Sip44 8_455 Sip44 . O6 . 108.54(16)    yes
Fep23 8_555 Sip44 . O6 . 112.14(15)    yes
Fep22 . Sip44 . O6 . 79.13(15)    yes
Fep23 . Sip44 . O6 . 132.78(16)    yes
Om25 . Sip44 . O6 . 108.5(2)    yes
Sip44 8_455 Sip44 . Om27 . 89.90(10)    yes
Fep23 8_555 Sip44 . Om27 . 32.80(9)    yes
Fep22 . Sip44 . Om27 . 32.96(11)    yes
Fep23 . Sip44 . Om27 . 32.68(11)    yes
Om25 . Sip44 . Om27 . 110.28(14)    yes
Sip44 8_455 Sip44 . O7 . 89.90(10)    yes
Fep23 8_555 Sip44 . O7 . 32.80(9)    yes
Fep22 . Sip44 . O7 . 32.96(11)    yes
Fep23 . Sip44 . O7 . 32.68(11)    yes
Om25 . Sip44 . O7 . 110.28(14)    yes
O5 . Sip44 . Om26 . 108.5(2)    yes
O5 . Sip44 . O6 . 108.5(2)    yes
O5 . Sip44 . Om27 . 110.28(14)    yes
Om26 . Sip44 . Om27 . 110.35(19)    yes
O6 . Sip44 . Om27 . 110.35(19)    yes
O5 . Sip44 . O7 . 110.28(14)    yes
Om26 . Sip44 . O7 . 110.35(19)    yes
O6 . Sip44 . O7 . 110.35(19)    yes
O5 8_455 Si4 . Si4 8_555 108.75(13)    yes
Om25 8_455 Si4 . Si4 8_555 108.75(13)    yes
O5 8_455 Si4 . Sip44 8_555 108.75(13)    yes
Om25 8_455 Si4 . Sip44 8_555 108.75(13)    yes
O5 8_455 Si4 . Si4 8_455 22.47(11)    yes
Om25 8_455 Si4 . Si4 8_455 22.47(11)    yes
Si4 8_555 Si4 . Si4 8_455 120.16(7)    yes
Sip44 8_555 Si4 . Si4 8_455 120.16(7)    yes
O5 8_455 Si4 . Sip44 8_455 22.47(11)    yes
Om25 8_455 Si4 . Sip44 8_455 22.47(11)    yes
Si4 8_555 Si4 . Sip44 8_455 120.16(7)    yes
Sip44 8_555 Si4 . Sip44 8_455 120.16(7)    yes
O5 8_455 Si4 . Fep23 8_555 132.87(12)    yes
Om25 8_455 Si4 . Fep23 8_555 132.87(12)    yes
Si4 8_555 Si4 . Fep23 8_555 62.08(2)    yes
Sip44 8_555 Si4 . Fep23 8_555 62.08(2)    yes
Si4 8_455 Si4 . Fep23 8_555 118.08(3)    yes
O5 8_455 Si4 . Fep22 . 112.23(11)    yes
Om25 8_455 Si4 . Fep22 . 112.23(11)    yes
Si4 8_555 Si4 . Fep22 . 117.966(19)    yes
Sip44 8_555 Si4 . Fep22 . 117.966(19)    yes
Si4 8_455 Si4 . Fep22 . 89.95(2)    yes
O5 8_455 Si4 . Fep23 . 79.11(11)    yes
Om25 8_455 Si4 . Fep23 . 79.11(11)    yes
Si4 8_555 Si4 . Fep23 . 90.03(4)    yes
Sip44 8_555 Si4 . Fep23 . 90.03(4)    yes
Si4 8_455 Si4 . Fep23 . 62.02(3)    yes
O5 8_455 Si4 . Om25 . 108.89(12)    yes
Om25 8_455 Si4 . Om25 . 108.89(12)    yes
Si4 8_555 Si4 . Om25 . 22.66(11)    yes
Sip44 8_555 Si4 . Om25 . 22.66(11)    yes
Si4 8_455 Si4 . Om25 . 127.42(14)    yes
O5 8_455 Si4 . O5 . 108.89(12)    yes
Om25 8_455 Si4 . O5 . 108.89(12)    yes
Si4 8_555 Si4 . O5 . 22.66(11)    yes
Sip44 8_555 Si4 . O5 . 22.66(11)    yes
Si4 8_455 Si4 . O5 . 127.42(14)    yes
O5 8_455 Si4 . Om26 . 108.72(19)    yes
Om25 8_455 Si4 . Om26 . 108.72(19)    yes
Si4 8_555 Si4 . Om26 . 127.15(16)    yes
Sip44 8_555 Si4 . Om26 . 127.15(16)    yes
Si4 8_455 Si4 . Om26 . 108.54(16)    yes
O5 8_455 Si4 . O6 . 108.72(19)    yes
Om25 8_455 Si4 . O6 . 108.72(19)    yes
Si4 8_555 Si4 . O6 . 127.15(16)    yes
Sip44 8_555 Si4 . O6 . 127.15(16)    yes
Si4 8_455 Si4 . O6 . 108.54(16)    yes
O5 8_455 Si4 . Om27 . 110.03(15)    yes
Om25 8_455 Si4 . Om27 . 110.03(15)    yes
Si4 8_555 Si4 . Om27 . 89.92(10)    yes
Sip44 8_555 Si4 . Om27 . 89.92(10)    yes
Si4 8_455 Si4 . Om27 . 89.90(10)    yes
O5 8_455 Si4 . O7 . 110.03(15)    yes
Om25 8_455 Si4 . O7 . 110.03(15)    yes
Si4 8_555 Si4 . O7 . 89.92(10)    yes
Sip44 8_555 Si4 . O7 . 89.92(10)    yes
Si4 8_455 Si4 . O7 . 89.90(10)    yes
Sip44 8_455 Si4 . Fep23 8_555 118.08(3)    yes
Sip44 8_455 Si4 . Fep22 . 89.95(2)    yes
Fep23 8_555 Si4 . Fep22 . 55.88(3)    yes
Sip44 8_455 Si4 . Fep23 . 62.02(3)    yes
Fep23 8_555 Si4 . Fep23 . 56.06(3)    yes
Fep22 . Si4 . Fep23 . 56.01(3)    yes
Sip44 8_455 Si4 . Om25 . 127.42(14)    yes
Fep23 8_555 Si4 . Om25 . 79.32(11)    yes
Fep22 . Si4 . Om25 . 132.81(12)    yes
Fep23 . Si4 . Om25 . 112.50(12)    yes
Sip44 8_455 Si4 . O5 . 127.42(14)    yes
Fep23 8_555 Si4 . O5 . 79.32(11)    yes
Fep22 . Si4 . O5 . 132.81(12)    yes
Fep23 . Si4 . O5 . 112.50(12)    yes
Sip44 8_455 Si4 . Om26 . 108.54(16)    yes
Fep23 8_555 Si4 . Om26 . 112.14(15)    yes
Fep22 . Si4 . Om26 . 79.13(15)    yes
Fep23 . Si4 . Om26 . 132.78(16)    yes
Om25 . Si4 . Om26 . 108.5(2)    yes
Sip44 8_455 Si4 . O6 . 108.54(16)    yes
Fep23 8_555 Si4 . O6 . 112.14(15)    yes
Fep22 . Si4 . O6 . 79.13(15)    yes
Fep23 . Si4 . O6 . 132.78(16)    yes
Om25 . Si4 . O6 . 108.5(2)    yes
Sip44 8_455 Si4 . Om27 . 89.90(10)    yes
Fep23 8_555 Si4 . Om27 . 32.80(9)    yes
Fep22 . Si4 . Om27 . 32.96(11)    yes
Fep23 . Si4 . Om27 . 32.68(11)    yes
Om25 . Si4 . Om27 . 110.28(14)    yes
Sip44 8_455 Si4 . O7 . 89.90(10)    yes
Fep23 8_555 Si4 . O7 . 32.80(9)    yes
Fep22 . Si4 . O7 . 32.96(11)    yes
Fep23 . Si4 . O7 . 32.68(11)    yes
Om25 . Si4 . O7 . 110.28(14)    yes
O5 . Si4 . Om26 . 108.5(2)    yes
O5 . Si4 . O6 . 108.5(2)    yes
O5 . Si4 . Om27 . 110.28(14)    yes
Om26 . Si4 . Om27 . 110.35(19)    yes
O6 . Si4 . Om27 . 110.35(19)    yes
O5 . Si4 . O7 . 110.28(14)    yes
Om26 . Si4 . O7 . 110.35(19)    yes
O6 . Si4 . O7 . 110.35(19)    yes
Si4 8_555 Om25 . Si4 . 134.9(2)    yes
Sip44 8_555 Om25 . Si4 . 134.9(2)    yes
Si4 8_555 Om25 . Sip44 . 134.9(2)    yes
Sip44 8_555 Om25 . Sip44 . 134.9(2)    yes
Si4 8_555 O5 . Si4 . 134.9(2)    yes
Sip44 8_555 O5 . Si4 . 134.9(2)    yes
Si4 8_555 O5 . Sip44 . 134.9(2)    yes
Sip44 8_555 O5 . Sip44 . 134.9(2)    yes
Si4 6_555 Om26 . Si4 . 135.1(3)    yes
Sip44 6_555 Om26 . Si4 . 135.1(3)    yes
Si4 6_555 Om26 . Sip44 . 135.1(3)    yes
Sip44 6_555 Om26 . Sip44 . 135.1(3)    yes
Si4 6_555 O6 . Si4 . 135.1(3)    yes
Sip44 6_555 O6 . Si4 . 135.1(3)    yes
Si4 6_555 O6 . Sip44 . 135.1(3)    yes
Sip44 6_555 O6 . Sip44 . 135.1(3)    yes
Fep22 . Om27 . Fep23 4_556 94.82(12)    yes
Fep22 . Om27 . Fep23 . 95.16(11)    yes
Fep23 4_556 Om27 . Fep23 . 95.39(12)    yes
Fep22 . Om27 . Mgp23 . 95.16(11)    yes
Fep23 4_556 Om27 . Mgp23 . 95.39(12)    yes
Fep22 . Om27 . Mgp23 4_556 94.82(12)    yes
Fep23 . Om27 . Mgp23 4_556 95.39(12)    yes
Mgp23 . Om27 . Mgp23 4_556 95.39(12)    yes
Fep23 4_556 Om27 . Mgp22 . 94.82(12)    yes
Fep23 . Om27 . Mgp22 . 95.16(11)    yes
Mgp23 . Om27 . Mgp22 . 95.16(11)    yes
Mgp23 4_556 Om27 . Mgp22 . 94.82(12)    yes
Fep22 . Om27 . Sip44 . 121.34(17)    yes
Fep23 4_556 Om27 . Sip44 . 121.56(14)    yes
Fep23 . Om27 . Sip44 . 121.76(17)    yes
Mgp23 . Om27 . Sip44 . 121.76(17)    yes
Mgp23 4_556 Om27 . Sip44 . 121.56(14)    yes
Fep22 . Om27 . Si4 . 121.34(17)    yes
Fep23 4_556 Om27 . Si4 . 121.56(14)    yes
Fep23 . Om27 . Si4 . 121.76(17)    yes
Mgp23 . Om27 . Si4 . 121.76(17)    yes
Mgp23 4_556 Om27 . Si4 . 121.56(14)    yes
Mgp22 . Om27 . Sip44 . 121.34(17)    yes
Mgp22 . Om27 . Si4 . 121.34(17)    yes
Fep22 . O7 . Fep23 4_556 94.82(12)    yes
Fep22 . O7 . Fep23 . 95.16(11)    yes
Fep23 4_556 O7 . Fep23 . 95.39(12)    yes
Fep22 . O7 . Mgp23 . 95.16(11)    yes
Fep23 4_556 O7 . Mgp23 . 95.39(12)    yes
Fep22 . O7 . Mgp23 4_556 94.82(12)    yes
Fep23 . O7 . Mgp23 4_556 95.39(12)    yes
Mgp23 . O7 . Mgp23 4_556 95.39(12)    yes
Fep23 4_556 O7 . Mgp22 . 94.82(12)    yes
Fep23 . O7 . Mgp22 . 95.16(11)    yes
Mgp23 . O7 . Mgp22 . 95.16(11)    yes
Mgp23 4_556 O7 . Mgp22 . 94.82(12)    yes
Fep22 . O7 . Sip44 . 121.34(17)    yes
Fep23 4_556 O7 . Sip44 . 121.56(14)    yes
Fep23 . O7 . Sip44 . 121.76(17)    yes
Mgp23 . O7 . Sip44 . 121.76(17)    yes
Mgp23 4_556 O7 . Sip44 . 121.56(14)    yes
Fep22 . O7 . Si4 . 121.34(17)    yes
Fep23 4_556 O7 . Si4 . 121.56(14)    yes
Fep23 . O7 . Si4 . 121.76(17)    yes
Mgp23 . O7 . Si4 . 121.76(17)    yes
Mgp23 4_556 O7 . Si4 . 121.56(14)    yes
Mgp22 . O7 . Sip44 . 121.34(17)    yes
Mgp22 . O7 . Si4 . 121.34(17)    yes
Mgp23 2_566 Om28 . Mgp23 . 97.22(19)    yes
Mgp23 2_566 Om28 . Mgp22 3_555 97.46(15)    yes
Mgp23 . Om28 . Mgp22 3_555 97.46(15)    yes
Mgp23 2_566 Om28 . Fep22 3_555 97.46(15)    yes
Mgp23 . Om28 . Fep22 3_555 97.46(15)    yes
Mgp23 2_566 Om28 . Fep23 . 97.22(19)    yes
Mgp22 3_555 Om28 . Fep23 . 97.46(15)    yes
Fep22 3_555 Om28 . Fep23 . 97.46(15)    yes
Mgp23 2_566 O8 . Mgp23 . 97.22(19)    yes
Mgp23 2_566 O8 . Mgp22 3_555 97.46(15)    yes
Mgp23 . O8 . Mgp22 3_555 97.46(15)    yes
Mgp23 2_566 O8 . Fep22 3_555 97.46(15)    yes
Mgp23 . O8 . Fep22 3_555 97.46(15)    yes
Mgp23 2_566 O8 . Fep23 . 97.22(19)    yes
Mgp22 3_555 O8 . Fep23 . 97.46(15)    yes
Fep22 3_555 O8 . Fep23 . 97.46(15)    yes

