From af725e2e0cd07ca2cdd287a8dc314f8df4a76f17 Mon Sep 17 00:00:00 2001 From: Jithin Mathews Date: Tue, 10 Nov 2026 12:54:27 +0530 Subject: [PATCH] RRB-01: founder extraction frozen (59 records) --- .gitattributes | 1 + .../extraction/founder_extraction.jsonl | 59 ++++++++++++++++++ .../founder_extraction.jsonl.report.json | 18 ++++++ .../rrb-01/extraction/founder_extraction.xlsx | Bin 0 -> 99159 bytes 4 files changed, 78 insertions(+) create mode 100644 docs/findings/rrb-01/extraction/founder_extraction.jsonl create mode 100644 docs/findings/rrb-01/extraction/founder_extraction.jsonl.report.json create mode 100644 docs/findings/rrb-01/extraction/founder_extraction.xlsx diff --git a/.gitattributes b/.gitattributes index 6b79dca..c9de670 100644 --- a/.gitattributes +++ b/.gitattributes @@ -4,3 +4,4 @@ tests/fixtures/objective_coverage/** -text *.pdf binary docs/findings/rrb-01/precheck-2b/** -text docs/findings/rrb-01/precheck-2b/** -text +docs/findings/rrb-01/extraction/** -text diff --git a/docs/findings/rrb-01/extraction/founder_extraction.jsonl b/docs/findings/rrb-01/extraction/founder_extraction.jsonl new file mode 100644 index 0000000..06fc124 --- /dev/null +++ b/docs/findings/rrb-01/extraction/founder_extraction.jsonl @@ -0,0 +1,59 @@ +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-1-1","source":"HWA17","location":"p.1, Abstract, paragraph 1","evidence":"LiNi1-x-yMnxAlyO2 promises a completely cobalt-free composition with almost the same electrochemical performance as that of the conventional high-nickel cathode.","cited_primary_study":"none","parent_as_published":null,"target_as_published":"LiNi1-x-yMnxAlyO2","composition_type":{"parent":null,"target":"unresolved_variable"},"direction_basis":"promises a completely cobalt-free composition","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-2-1","source":"HWA17","location":"p.2, Section 1, paragraph 1","evidence":"Replacing Co with Ni is one of the most reasonable choices.","cited_primary_study":"none","parent_as_published":"LiCoO2","target_as_published":"LiNiO2","composition_type":{"parent":"fixed_integer","target":"fixed_integer"},"direction_basis":"Replacing Co with Ni","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-2-2","source":"HWA17","location":"p.2, Section 1, paragraph 1","evidence":"Other elements, such as Al and Mg, have also been shown to be good candidates for replacing Co [8,9].","cited_primary_study":"[8,9] none","parent_as_published":"LiCoO2","target_as_published":"Al","composition_type":{"parent":"fixed_integer","target":"family_no_composition"},"direction_basis":"replacing Co","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-3-1","source":"HWA17","location":"p.3, Section 2, paragraph 1","evidence":"The addition of Co for the partial substitution of Ni in the NMC cathode is beneficial for obtaining facile electron transfers.","cited_primary_study":"[23-25] none","parent_as_published":null,"target_as_published":"Co","composition_type":{"parent":null,"target":"unresolved_variable"},"direction_basis":"partial substitution of Ni","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-3-2","source":"HWA17","location":"p.3, Section 2, paragraph 1","evidence":"NMC111 was replaced by NMC622 LiNi0.6Mn0.2Co0.2O2 and NMC811 LiNi0.8Mn0.1Co0.1O2 [29].","cited_primary_study":"[29] none","parent_as_published":"LiNi1/3Mn1/3Co1/3O2","target_as_published":"LiNi0.6Mn0.2Co0.2O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"was replaced by","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-3-3","source":"HWA17","location":"p.3, Section 2, paragraph 1","evidence":"NMC111 was replaced by NMC622 LiNi0.6Mn0.2Co0.2O2 and NMC811 LiNi0.8Mn0.1Co0.1O2 [29].","cited_primary_study":"[29] none","parent_as_published":"LiNi1/3Mn1/3Co1/3O2","target_as_published":"LiNi0.8Mn0.1Co0.1O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"was replaced by","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-4-1","source":"HWA17","location":"p.4, Section 2, paragraph 2","evidence":"Li et al. ... systematically studying various compositions of cobalt replacement cations in the LiNi1-xMxO2 composition (M = Al, Co, Mg, or Mn; x = 0.05 or 0.1).","cited_primary_study":"[8] none","parent_as_published":"LiNiO2","target_as_published":"LiNi1-xMxO2","composition_type":{"parent":"fixed_integer","target":"unresolved_variable"},"direction_basis":"cobalt replacement cations","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-4-2","source":"HWA17","location":"p.4, Section 2, paragraph 2","evidence":"LiNi0.95Mg0.05O2 yielded a lower initial discharge capacity of 205 mAh g-1 when compared to LiNi0.95Mn0.05O2 of 219 mAh g-1.","cited_primary_study":"[8] none","parent_as_published":null,"target_as_published":"LiNi0.95Mg0.05O2","composition_type":{"parent":null,"target":"fixed_fractional"},"direction_basis":"when compared to","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-4-3","source":"HWA17","location":"p.4, Section 2, paragraph 2","evidence":"LiNi0.95Al0.05O2 are similar to that of NCA.","cited_primary_study":"[8] none","parent_as_published":null,"target_as_published":"NCA","composition_type":{"parent":null,"target":"family_no_composition"},"direction_basis":"similar to that of NCA","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-5-1","source":"HWA17","location":"p.5, Section 2, paragraph 1","evidence":"cobalt substitution (LiNi0.95Co0.05O2) does not improve the thermal stability compared to LiNi0.95Mg0.05O2, LiNi0.95Al0.05O2, and LiNi0.95Mn0.05O2.","cited_primary_study":"[8] none","parent_as_published":null,"target_as_published":"LiNi0.95Co0.05O2","composition_type":{"parent":null,"target":"fixed_fractional"},"direction_basis":"compared to","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-5-2","source":"HWA17","location":"p.5, Section 2, paragraph 2","evidence":"The volume changes in NMC811 are more significant than those of LiNi1/3Mn1/3Co1/3O2 (NMC111).","cited_primary_study":"[38] none","parent_as_published":"LiNi1/3Mn1/3Co1/3O2","target_as_published":"LiNi0.8Mn0.1Co0.1O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"more significant than","relationship_type":null,"characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"exclude","exclusion_reason":"not_directed","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-6-1","source":"HWA17","location":"p.6, Section 3.1, paragraph 1","evidence":"Various types of cations have been studied as alternatives to cobalt in Ni-rich cathodes.","cited_primary_study":"[48-50] none","parent_as_published":null,"target_as_published":"Mg2+","composition_type":{"parent":null,"target":"unresolved_variable"},"direction_basis":"alternatives to cobalt","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-6-2","source":"HWA17","location":"p.6, Section 3.1, paragraph 2","evidence":"thermal stability could be improved in LiNixM1-xO2 by substituting the dopant Mn, Mg, Al, or Co in which x = 0 or 0.05.","cited_primary_study":"[51] none","parent_as_published":"LiNiO2","target_as_published":"LiNixM1-xO2","composition_type":{"parent":"fixed_integer","target":"unresolved_variable"},"direction_basis":"substituting the dopant Mn, Mg, Al, or Co","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-7-1","source":"HWA17","location":"p.7, Section 3.1, paragraph 2","evidence":"the effect of Mn dopant on the electrochemical performance of LiNi0.9Mn0.1O2, which is the development of the most studied cobalt-free nickel-rich cathode material, LiNi0.5Mn0.5O2.","cited_primary_study":"[55] none","parent_as_published":"LiNi0.5Mn0.5O2","target_as_published":"LiNi0.9Mn0.1O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"is the development of","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"ambiguous","exclusion_reason":null,"ambiguity_note":"is the development of implies lineage but does not explicitly state a parent-to-target substitution direction under the locked rules.","parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-7-2","source":"HWA17","location":"p.7, Section 3.1, paragraph 2","evidence":"the fracture strength of the LiNi0.9Mn0.1O2 particles was 25% higher than that to LiNi0.9Mn0.05Co0.05O2 (140 MPa).","cited_primary_study":"[55] none","parent_as_published":null,"target_as_published":"LiNi0.9Mn0.1O2","composition_type":{"parent":null,"target":"fixed_fractional"},"direction_basis":"higher than","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-7-3","source":"HWA17","location":"p.7, Section 3.1, paragraph 2","evidence":"Among Mn, Mg, Al, or Co-doped LNO materials, Li[Ni0.9Co0.1]O2 delivers the highest specific discharge capacity of 233 mAh g-1.","cited_primary_study":"[59] none","parent_as_published":null,"target_as_published":"Li[Ni0.9Co0.1]O2","composition_type":{"parent":null,"target":"fixed_fractional"},"direction_basis":"Among ... doped LNO materials","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-7-4","source":"HWA17","location":"p.7, Section 3.2, paragraph 1","evidence":"improve the electrochemical performance of the cathode material of high-nickel composition LiNi1-xMxO2 (M = Mn, Al, and/or Co).","cited_primary_study":"[51,55,60] none","parent_as_published":null,"target_as_published":"LiNi1-xMxO2","composition_type":{"parent":null,"target":"unresolved_variable"},"direction_basis":"high-nickel composition LiNi1-xMxO2","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-9-1","source":"HWA17","location":"p.9, Section 3.2, paragraph 2","evidence":"the LiNiO2 core with the LiNi0.83Mg0.17O2 shell is capable of providing an initial discharge capacity of 194 mAh g-1.","cited_primary_study":"[76-78] none","parent_as_published":"LiNiO2","target_as_published":"LiNi0.83Mg0.17O2","composition_type":{"parent":"fixed_integer","target":"fixed_fractional"},"direction_basis":"core with ... shell","relationship_type":null,"characterization":"experimentally_evaluated_substitute","confounders":["morphology_change"],"decision":"exclude","exclusion_reason":"morphology_or_surface_only","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-9-2","source":"HWA17","location":"p.9, Section 3.2, paragraph 2","evidence":"230 mAh g-1 for the LiNi0.83Al0.17O2 shell.","cited_primary_study":"[76-78] none","parent_as_published":"LiNiO2","target_as_published":"LiNi0.83Al0.17O2","composition_type":{"parent":"fixed_integer","target":"fixed_fractional"},"direction_basis":"shell","relationship_type":null,"characterization":"experimentally_evaluated_substitute","confounders":["morphology_change"],"decision":"exclude","exclusion_reason":"morphology_or_surface_only","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-9-3","source":"HWA17","location":"p.9, Section 3.2, paragraph 2","evidence":"Li-Ni0.83Mn0.17O2 shell.","cited_primary_study":"[76-78] none","parent_as_published":"LiNiO2","target_as_published":"LiNi0.83Mn0.17O2","composition_type":{"parent":"fixed_integer","target":"fixed_fractional"},"direction_basis":"shell","relationship_type":null,"characterization":"experimentally_evaluated_substitute","confounders":["morphology_change"],"decision":"exclude","exclusion_reason":"morphology_or_surface_only","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-10-1","source":"HWA17","location":"p.10, Section 3.2, paragraph 5","evidence":"LiNi0.883Mn0.056Al0.061O2 (NMA-89) has a comparable specific discharge capacity of 216 mAh g-1 with LiNi0.890Mn0.055Co0.055O2 (NMC-89).","cited_primary_study":"[96] none","parent_as_published":"NMC-89","target_as_published":"LiNi0.883Mn0.056Al0.061O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"comparable ... with","relationship_type":"cross_chemistry_analog","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"ambiguous","exclusion_reason":null,"ambiguity_note":"Sentence states \"comparable with\"; broader passage calls NMA a cobalt-free alternative to NMC/NCA, but the locked rules do not resolve whether this is a directed replacement.","parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-10-2","source":"HWA17","location":"p.10, Section 3.2, paragraph 5","evidence":"a new type of material for cobalt-free high-nickel cathodes, namely LiNi1-x-yMnxAlyO2 (NMA), which has been synthesized successfully with overall superior electrochemical performance compared to NMC and NCA.","cited_primary_study":"[96] none","parent_as_published":null,"target_as_published":"LiNi1-x-yMnxAlyO2","composition_type":{"parent":null,"target":"unresolved_variable"},"direction_basis":"compared to NMC and NCA","relationship_type":"cross_chemistry_analog","characterization":"proposed_replacement","confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-11-1","source":"HWA17","location":"p.11, Section 3.2, paragraph 6","evidence":"NMA with various compositions, namely, LiNi0.80Mn0.13Al0.07O2 can be engineered to meet various electrochemical performance targets.","cited_primary_study":"[96] none","parent_as_published":null,"target_as_published":"LiNi0.80Mn0.13Al0.07O2","composition_type":{"parent":null,"target":"fixed_fractional"},"direction_basis":"can be engineered to meet various electrochemical performance targets","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-11-2","source":"HWA17","location":"p.11, Section 4, paragraph 1","evidence":"partial substitution of Co atoms with Mn, Al, and Mg atoms improves thermal stability and cycle stability.","cited_primary_study":"none","parent_as_published":"Co","target_as_published":"Mn","composition_type":{"parent":"family_no_composition","target":"family_no_composition"},"direction_basis":"partial substitution of Co atoms with Mn, Al, and Mg atoms","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"HWA17-11-3","source":"HWA17","location":"p.11, Section 4, paragraph 1","evidence":"Mn doping on LiNiO2 does not affect the initial discharge capacity but results in an increased degree of mixing of Ni2+/Li+ cations.","cited_primary_study":"none","parent_as_published":"LiNiO2","target_as_published":"Mn","composition_type":{"parent":"fixed_integer","target":"family_no_composition"},"direction_basis":"Mn doping on LiNiO2","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-6-1","source":"NOE21","location":"p.6, Section 1.1, paragraph 1","evidence":"The O3 type layers, alpha beta and gamma-type LiFeO2, have advantages ... However, de-intercalation does not occur in Li cells.","cited_primary_study":"[34-38] none","parent_as_published":"LiFeO2","target_as_published":"NaFeO2","composition_type":{"parent":"fixed_integer","target":"fixed_integer"},"direction_basis":"isostructural analog","relationship_type":"cross_chemistry_analog","characterization":"proposed_replacement","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-6-2","source":"NOE21","location":"p.6, Section 1.1, paragraph 1","evidence":"Matsumura et al. suggested that Li2/3[Mn1/3Fe2/3]O2 ... ionic exchange from Na2/3[Mn1/3Fe2/3]O2","cited_primary_study":"[41] none","parent_as_published":"Na2/3[Mn1/3Fe2/3]O2","target_as_published":"Li2/3[Mn1/3Fe2/3]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"ionic exchange from","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"exclude","exclusion_reason":"not_directed","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-6-3","source":"NOE21","location":"p.6, Section 1.1, paragraph 2","evidence":"This detrimental effect is suppressed by Mn in Na[Fe0.5Mn0.5]O2, which exhibits a reversible capacity of approximately 100 mAh g-1.","cited_primary_study":"[46] none","parent_as_published":"NaFeO2","target_as_published":"Na[Fe0.5Mn0.5]O2","composition_type":{"parent":"fixed_integer","target":"fixed_fractional"},"direction_basis":"suppressed by Mn","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-6-4","source":"NOE21","location":"p.6, Section 1.1, paragraph 3","evidence":"Partial substitution of Fe sites by Co is interesting ... NaFe0.5Co0.5O2.","cited_primary_study":"[47] none","parent_as_published":"NaFeO2","target_as_published":"NaFe0.5Co0.5O2","composition_type":{"parent":"fixed_integer","target":"fixed_fractional"},"direction_basis":"Partial substitution of Fe sites by Co","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-7-1","source":"NOE21","location":"p.7, Section 1.1, paragraph 1","evidence":"Wang et al. stabilized the crystal structure of NaFeO2 by forming a solid solution with NaNiO2, NaFe1-xNixO2 (0<=x<=1).","cited_primary_study":"[48] none","parent_as_published":"NaFeO2","target_as_published":"NaFe1-xNixO2","composition_type":{"parent":"fixed_integer","target":"unresolved_variable"},"direction_basis":"forming a solid solution with NaNiO2","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-7-2","source":"NOE21","location":"p.7, Section 1.1, paragraph 1","evidence":"The dilution of the Fe concentration, NaFe0.3Ni0.7O2, effectively increased capacity and retention (135 mA h g-1 and 74% retention after 30 cycles).","cited_primary_study":"[48] none","parent_as_published":"NaFeO2","target_as_published":"NaFe0.3Ni0.7O2","composition_type":{"parent":"fixed_integer","target":"fixed_fractional"},"direction_basis":"dilution of the Fe concentration","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-7-3","source":"NOE21","location":"p.7, Section 1.1, paragraph 2","evidence":"Extension of the layer structure toward a three component system, Na[Ni1/3Fe1/3Mn1/3]O2, was suggested by Kim et al.","cited_primary_study":"[50] none","parent_as_published":null,"target_as_published":"Na[Ni1/3Fe1/3Mn1/3]O2","composition_type":{"parent":null,"target":"fixed_fractional"},"direction_basis":"Extension of the layer structure toward a three component system","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-7-4","source":"NOE21","location":"p.7, Section 1.1, paragraph 3","evidence":"Oh et al. suggested another approach to raise the upper voltage cutoff to 4.4 V ... reducing the concentration of Fe3+ in Na[Li0.05(Ni0.25Fe0.25Mn0.5)0.95]O2.","cited_primary_study":"[52] none","parent_as_published":"Na[Ni0.25Fe0.5Mn0.25]O2","target_as_published":"Na[Li0.05(Ni0.25Fe0.25Mn0.5)0.95]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"reducing the concentration of Fe3+","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-7-5","source":"NOE21","location":"p.7, Section 1.2, paragraph 2","evidence":"Partial substitution of Fe by Mn made it possible to utilize the electrochemical oxidization of Fe3+ to Fe4+ reversibly ... P2-Nax[Fe0.5Mn0.5]O2 layer compound.","cited_primary_study":"[46] none","parent_as_published":"Na[Fe0.5Mn0.5]O2","target_as_published":"P2-Nax[Fe0.5Mn0.5]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"Partial substitution of Fe by Mn","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-9-1","source":"NOE21","location":"p.9, Section 1.2, paragraph 1","evidence":"Jung et al. explored the effects of Co on P2-Na0.7[(Fe0.5Mn0.5)1-xCox]O2 (x = 0 - 0.2). ... the addition of Co into the transition metal layers ... resulted in higher capacity","cited_primary_study":"[58] none","parent_as_published":"Na0.7[(Fe0.5Mn0.5)1-xCox]O2 (x=0)","target_as_published":"Na0.7[(Fe0.5Mn0.5)0.8Co0.2]O2","composition_type":{"parent":"unresolved_variable","target":"fixed_fractional"},"direction_basis":"addition of Co into the transition metal layers","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-9-2","source":"NOE21","location":"p.9, Section 1.2, paragraph 1","evidence":"Jung et al. explored the effects of Co on P2-Na0.7[(Fe0.5Mn0.5)1-xCox]O2 (x = 0 - 0.2).","cited_primary_study":"[58] none","parent_as_published":"Na0.7[(Fe0.5Mn0.5)1-xCox]O2","target_as_published":"Na0.7[(Fe0.5Mn0.5)1-xCox]O2","composition_type":{"parent":"unresolved_variable","target":"unresolved_variable"},"direction_basis":"effects of Co on P2-Na0.7[(Fe0.5Mn0.5)1-xCox]O2","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-9-3","source":"NOE21","location":"p.9, Section 1.2, paragraph 3","evidence":"Ni-doping of the transition metal sites in Nax[Fe0.5Mn0.5]O2 is less prone to react in air.","cited_primary_study":"[61] none","parent_as_published":"Nax[Fe0.5Mn0.5]O2","target_as_published":"Ni-doped Nax[Fe0.5Mn0.5]O2","composition_type":{"parent":"fixed_fractional","target":"unresolved_variable"},"direction_basis":"Ni-doping of the transition metal sites","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-10-1","source":"NOE21","location":"p.10, Section 1.4, paragraph 1","evidence":"Carlier et al. evaluated P2-Na2/3[Co2/3Mn1/3]O2 ... Yang et al. extended the stability of P2-Na2/3[Co1-xMnx]O2 to x = 0.5.","cited_primary_study":"[76,77] none","parent_as_published":"Na2/3[Co2/3Mn1/3]O2","target_as_published":"Na2/3[Co0.5Mn0.5]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"extended the stability ... to x = 0.5","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-10-2","source":"NOE21","location":"p.10, Section 1.4, paragraph 1","evidence":"The main difference after Mn substitution for Co is abrupt voltage decay in a range of 0.65<=x<=0.83 in Nae[Co2/3Mn1/3]O2.","cited_primary_study":"[76] none","parent_as_published":"Na2/3CoO2","target_as_published":"Na2/3[Co2/3Mn1/3]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"Mn substitution for Co","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"exclude","exclusion_reason":"not_directed","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-12-1","source":"NOE21","location":"p.12, Section 1.4, paragraph 3","evidence":"Matsui et al. explored the possibility of Ca-doping at Na sites to form Na2/3-xCaxCoO2.","cited_primary_study":"[79] none","parent_as_published":"Na2/3CoO2","target_as_published":"Na2/3-xCaxCoO2","composition_type":{"parent":"fixed_fractional","target":"unresolved_variable"},"direction_basis":"Ca-doping at Na sites","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-12-2","source":"NOE21","location":"p.12, Section 1.4, paragraph 3","evidence":"The similarity in the ionic radius of Ca2+ (1.00 A) versus Na+ (1.02 A) allows the incorporation of Ca2+ into the Na sites.","cited_primary_study":"[79] none","parent_as_published":"Na2/3CoO2","target_as_published":"Na2/3-xCaxCoO2","composition_type":{"parent":"fixed_fractional","target":"unresolved_variable"},"direction_basis":"incorporation of Ca2+ into the Na sites","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-12-3","source":"NOE21","location":"p.12, Section 1.5, paragraph 2","evidence":"Komaba et al. applied the findings of research on Li[Ni0.5Mn0.5]O2 to Na[Ni0.5Mn0.5]O2, in which the average oxidation states of Ni and Mn are 2+ and 4+ respectively.","cited_primary_study":"[83] none","parent_as_published":"Li[Ni0.5Mn0.5]O2","target_as_published":"Na[Ni0.5Mn0.5]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"applied the findings of research on ... to","relationship_type":"cross_chemistry_analog","characterization":"proposed_replacement","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-12-4","source":"NOE21","location":"p.12, Section 1.5, paragraph 2","evidence":"Fe-substituted Na[Ni0.5Mn0.5]O2, however, underwent different structural transformation during desodiation compared with Na[Ni0.5Mn0.5]O2.","cited_primary_study":"[84] none","parent_as_published":"Na[Ni0.5Mn0.5]O2","target_as_published":"Fe-substituted Na[Ni0.5Mn0.5]O2","composition_type":{"parent":"fixed_fractional","target":"unresolved_variable"},"direction_basis":"Fe-substituted","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-12-5","source":"NOE21","location":"p.12, Section 1.5, paragraph 2","evidence":"Hwang et al. investigated the collation of Ni and Fe contents in Na[Ni0.75-xFexMn0.25]O2 (x = 0.4, 0.45, 0.5, and 0.55).","cited_primary_study":"[85] none","parent_as_published":"Na[Ni0.75-xFexMn0.25]O2","target_as_published":"Na[Ni0.75-xFexMn0.25]O2","composition_type":{"parent":"unresolved_variable","target":"unresolved_variable"},"direction_basis":"collation of Ni and Fe contents","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-12-6","source":"NOE21","location":"p.12, Section 1.5, paragraph 3","evidence":"They also developed a radially-aligned hierarchical columnar structure ... from the inner end (Na[Ni0.75Co0.02Mn0.23]O2) to the outer end (Na[Ni0.58Co0.60Mn0.36]O2).","cited_primary_study":"[87] none","parent_as_published":"Na[Ni0.75Co0.02Mn0.23]O2","target_as_published":"Na[Ni0.58Co0.60Mn0.36]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"varied chemical composition from the inner end ... to the outer end","relationship_type":null,"characterization":"experimentally_evaluated_substitute","confounders":["spatially_heterogeneous"],"decision":"exclude","exclusion_reason":"spatially_heterogeneous","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-12-7","source":"NOE21","location":"p.12, Section 1.5, paragraph 4","evidence":"Ti-Substituted O3-Na[Ni0.5Ti0.5]O2 is also interesting due to its superior cyclability under moderate conditions, with an average operating potential of 3.1 V.","cited_primary_study":"[88] none","parent_as_published":"Na[Ni0.5Mn0.5]O2","target_as_published":"Na[Ni0.5Ti0.5]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"Ti-Substituted O3-Na[Ni0.5Ti0.5]O2","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-14-1","source":"NOE21","location":"p.14, Section 1.6, paragraph 1","evidence":"alpha-NaMnO2 (space group: C2/m) is the low-temperature form and beta-NaMnO2 (space group: Pmnm) is the high-temperature form.","cited_primary_study":"[89,91] none","parent_as_published":"alpha-NaMnO2","target_as_published":"beta-NaMnO2","composition_type":{"parent":"fixed_integer","target":"fixed_integer"},"direction_basis":"low-temperature form / high-temperature form","relationship_type":null,"characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"exclude","exclusion_reason":"not_directed","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-14-2","source":"NOE21","location":"p.14, Section 1.6, paragraph 4","evidence":"Surprisingly, Li substitution in the transition metal layer, Na0.80[Li0.12Ni0.22Mn0.66]O2 inhibited P2-O2 transition up to 4.4 V.","cited_primary_study":"[105] none","parent_as_published":"Na2/3[Ni1/3Mn2/3]O2","target_as_published":"Na0.80[Li0.12Ni0.22Mn0.66]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"Li substitution in the transition metal layer","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-16-1","source":"NOE21","location":"p.16, Section 1.6, paragraph 5","evidence":"Substitution of divalent elements such as Mg2+ and Zn2+ in Ni is effective for diluting the effect of the above-mentioned P2-O2 phase transition.","cited_primary_study":"[106-113] none","parent_as_published":"Na2/3[Ni1/3Mn2/3]O2","target_as_published":"Na0.67[Ni0.2Mg0.1Mn0.7]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"Substitution of divalent elements such as Mg2+ ... in Ni","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-16-2","source":"NOE21","location":"p.16, Section 1.6, paragraph 5","evidence":"Zn-substituted P2-Na2/3[Ni1/3-xZnxMn2/3]O2 induces reversible phase transition during electrochemical reactions.","cited_primary_study":"[111,112] none","parent_as_published":"Na2/3[Ni1/3Mn2/3]O2","target_as_published":"Na2/3[Ni1/3-xZnxMn2/3]O2","composition_type":{"parent":"fixed_fractional","target":"unresolved_variable"},"direction_basis":"Zn-substituted","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-16-3","source":"NOE21","location":"p.16, Section 1.6, paragraph 5","evidence":"Further studies explored partial replacement of Ni sites by Al.","cited_primary_study":"[113] none","parent_as_published":"Na2/3[Ni1/3Mn2/3]O2","target_as_published":"Al-doped P2-Na2/3[Ni1/3Mn2/3]O2","composition_type":{"parent":"fixed_fractional","target":"unresolved_variable"},"direction_basis":"partial replacement of Ni sites by Al","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-16-4","source":"NOE21","location":"p.16, Section 1.6, paragraph 6","evidence":"Yoshida et al. investigated the composition of P2-Na0.7[Mn0.6Ni0.3Co0.1]O2 in which the oxidation state of Mn is approximately 3.4+, in a voltage range of 1.5-4.3 V.","cited_primary_study":"[114] none","parent_as_published":"Na2/3[Ni1/3Mn2/3]O2","target_as_published":"Na0.7[Mn0.6Ni0.3Co0.1]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"Replacement with a trivalent 3d transition metal element such as Co","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-16-5","source":"NOE21","location":"p.16, Section 1.6, paragraph 7","evidence":"Yuan et al. suggested that Ni substitution with Fe (P2-Na0.7[Mn0.65Ni0.15Fe0.2]O2) led to an improvement in capacity and retention: 208 mAh g-1 with 71% retention over 50 cycles.","cited_primary_study":"[115] none","parent_as_published":"Na2/3[Ni1/3Mn2/3]O2","target_as_published":"Na0.7[Mn0.65Ni0.15Fe0.2]O2","composition_type":{"parent":"fixed_fractional","target":"fixed_fractional"},"direction_basis":"Ni substitution with Fe","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-16-6","source":"NOE21","location":"p.16, Section 1.6, paragraph 8","evidence":"Tetravalent Ti-substituted P2-Na2/3[Ni1/3Mn2/3-xTix]O2 yielded a wide solid solution range of 0<=x<=2/3.","cited_primary_study":"[118,119] none","parent_as_published":"Na2/3[Ni1/3Mn2/3]O2","target_as_published":"Na2/3[Ni1/3Mn2/3-xTix]O2","composition_type":{"parent":"fixed_fractional","target":"unresolved_variable"},"direction_basis":"Tetravalent Ti-substituted","relationship_type":"within_family_substitution","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"exclude","exclusion_reason":"unresolved_variable","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-16-7","source":"NOE21","location":"p.16, Section 1.6, paragraph 9","evidence":"A new mechanism was introduced in P2-Na2/3[Mg0.28Mn0.72]O2 and P2-Na5/6[Li1/4Mn3/4]O2 by Yabuuchi and Komaba et al.","cited_primary_study":"[120,121] none","parent_as_published":null,"target_as_published":"P2-Na2/3[Mg0.28Mn0.72]O2","composition_type":{"parent":null,"target":"fixed_fractional"},"direction_basis":"A new mechanism was introduced in ... and ...","relationship_type":null,"characterization":null,"confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-18-1","source":"NOE21","location":"p.18, Section 1.7, paragraph 1","evidence":"When a solid solution is formed with NaNO2 [Na[Ni0.5Ti0.5]O2] as suggested above by Yu et al., the material is sufficiently stable for long-term cycling as a cathode.","cited_primary_study":"[88] none","parent_as_published":"NaTiO2","target_as_published":"Na[Ni0.5Ti0.5]O2","composition_type":{"parent":"fixed_integer","target":"fixed_fractional"},"direction_basis":"solid solution ... Na[Ni0.5Ti0.5]O2","relationship_type":"within_family_substitution","characterization":"proposed_replacement","confounders":[],"decision":"include","exclusion_reason":null,"ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-18-2","source":"NOE21","location":"p.18, Section 1.8, paragraph 1","evidence":"In contrast to LiCrO2 in Li cells, NaCrO2 could deliver a capacity of approximately 110 mAh g-1 in the voltage range of 2-3.6 V.","cited_primary_study":"[128] none","parent_as_published":"LiCrO2","target_as_published":"NaCrO2","composition_type":{"parent":"fixed_integer","target":"fixed_integer"},"direction_basis":"In contrast to LiCrO2 in Li cells","relationship_type":"cross_chemistry_analog","characterization":"experimentally_evaluated_substitute","confounders":[],"decision":"exclude","exclusion_reason":"not_directed","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-19-1","source":"NOE21","location":"p.19, Section 1.10, paragraph 1","evidence":"The Na2MO3 (M: metal) layer structure, an analogue of Li2MO3, has alternative layers in a cubic close-packed oxygen array.","cited_primary_study":"none","parent_as_published":null,"target_as_published":"Na2MO3","composition_type":{"parent":null,"target":"family_no_composition"},"direction_basis":"an analogue of Li2MO3","relationship_type":"cross_chemistry_analog","characterization":"proposed_replacement","confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} +{"schema_version":"rrb01-extract-1","extractor":"founder","record_id":"NOE21-19-2","source":"NOE21","location":"p.19, Section 1.10, paragraph 1","evidence":"Na2RuO3 shows metallic conduction and is crystallized in layer structures consisting of Na and Na1/3Ru2/3 slabs.","cited_primary_study":"none","parent_as_published":null,"target_as_published":"Na2RuO3","composition_type":{"parent":null,"target":"family_no_composition"},"direction_basis":"an analogue of Li2MO3","relationship_type":"cross_chemistry_analog","characterization":"proposed_replacement","confounders":[],"decision":"exclude","exclusion_reason":"no_named_parent","ambiguity_note":null,"parent_normalized":null,"target_normalized":null} diff --git a/docs/findings/rrb-01/extraction/founder_extraction.jsonl.report.json b/docs/findings/rrb-01/extraction/founder_extraction.jsonl.report.json new file mode 100644 index 0000000..74d704c --- /dev/null +++ b/docs/findings/rrb-01/extraction/founder_extraction.jsonl.report.json @@ -0,0 +1,18 @@ +{ + "schema_version": "rrb01-extract-1", + "extractor": "founder", + "input_xlsx": "founder_extraction.xlsx", + "input_xlsx_sha256": "E6CB8B7ADDCBCF7E1F4879DF3A83B6C470AFFD621A6912AF5D5F8DDA41AA525C", + "output_jsonl": "founder_extraction.jsonl", + "output_jsonl_sha256": "7BDB4C2D13DC492A4AE7999EB3547BB2FA41CB9E0BCA665329A5B350E18FF9FC", + "record_count": 59, + "decision_counts": { + "ambiguous": 2, + "exclude": 39, + "include": 18 + }, + "source_counts": { + "HWA17": 25, + "NOE21": 34 + } +} diff --git a/docs/findings/rrb-01/extraction/founder_extraction.xlsx b/docs/findings/rrb-01/extraction/founder_extraction.xlsx new file mode 100644 index 0000000000000000000000000000000000000000..18d62a2d8caed58877c0c99b072d413dd03cb2f3 GIT binary patch literal 99159 zcmeFac|4R~|3BWYm9%IP^Dc=NX;HF`c159;>@89$dv+#TB*{B1N|ul$A<4caMU=e~ z+4p^C7|i_6xvpzwE<$sE9{1<_yYD{lKge8j=5?L(TA$C?IoG5pH+jl}2@@tv2S3Xv z5T2+zwSm8GO`I@cF8KG1{%J)ceFJ0RlLiLs%`aW_`1_zj%7)oD+V%}P2$Huf**D)k z??9ED+Ny20OZ>jJtWc4VegBneHGBS4!|JmG5rm}3!rQxq<^MMN>s8I0yu%YLFHACx zur85aulMZJ$CFi-J73gHIic5FbKPS9g5?h;oY*kQSjffyL&V`i!byXeQ%g>qUp*(p zz+HULC2q;$dnCdHr`SA8f30;_=7>0Ln_Tlan)raWle^QK+IdoX&(@2XTT_YVN`10% zvxtYDN8WVE-6iZ5#xZ^GQ0qnshmfmhoZbB-mineR${BZm==+ebAGLn+ERxYG-mK7w z&&T{jBdA54>YE$u9D65Em_VaVo}f5PImSB*UitvVtOM_I;+1n+-$)y3=eFxX{hv@f zlPQGRB|L@f6iz-vyU2QqcxVIZMwKh~aKt%Qf0p^WHcQ{^ zpr^HOS4RER&jL&26tCWu4PDe+*SIm^q@#e3{|o2TsZBZIKN~C4mR+2YTH&;ri)VHB z{=d#^+N-~wb5}@={5pAW-+sktuhmy?*qE`>{0O@|@0z6NWR4)2;|ot1KB%>D&pd8%NFyub^OLfn zxGaiQ=#Aas-tE#iEg~~QK2H#OF7RRU(_2lerx&DNPU+jQ*U)&&^=}sZJANj3YbEaY zY&GlQ7|osy&-tUzPMa{{2={~u^MO6hFAAHS)4rsQ{@w^J+I%8Yk6UzZ;-Y$qxmF76 z3SCbvxjR|zVdYlCQ$J*HEelk?;Kped^Ve#L*oEm~+wFYM=gQfYS_&3T+jm7HFTn7L z??JoxoetHqDk?`W3QVIc;<+e9t{TiXxDjjFvLhpBIj3vqtA$5}l_u?e^S6wMlWMZ3 zZCjq@m1plyTw9X8Z|$SGOVoZ^(-MNrck!>}pWdruG&#zCccArY?L9YM->%X2x;MLY zPRzbAdl}Bq-IE9tOYR51I=;sF!GipC+n31OHMdm!ePc?`mUJy++4#@p8;=|ozII^Q zxx5dBCtv5jc*$wBLgK*FU0+ltwmbG6@|IMbcuIMVdG5?Lwew$H)KE|6{RsNOJ;7kH{qy4wH)X2mClq<* zt+Q(`*i+;wn{e2;gP)>1Ym?~D7Sn_ipH4Y0{d-77^DRoSlV&}%uhXUUmQg?APuvbXohPW1NsYw6is{}Zz< zoG!AU7$P7{Azg~cie)E>-?Fs(iL;mBJ4Sg zXD`_pKyK_Ohk8lx0Y754ea(Fp3TZC9Jko=?c}81X%h#>fx9)GzA=wUXq*OJC3KK{b zX`eSy3kbyin!4=sV6?)(`pAe>0)Cb#igm8(wT$Y>`Xble^FiLHTh|6W(| zcj{Rup3DlJsCQ0-e-=6IM6=HNRPAD7sspi<$3rZn<&NBy8efbEPPabt`GJ4`7K11F(^oxjG#t)9_={pzrNrhOq ztGAxLX**52{9<5S+u_RSf$p6K4ykwcbxp|CPxXCKBtLZUd~fWjFM>y_%s!f1ieF03 zt(J52oX>B*q*YVdJgQ^cPrkWLPHfq6u>&Ek(`fy%aqHZ&RW8*{<#MmK(7YI1ZF2se zt^MJ?G|&}@bj_uW^32^Z!@>;_sQIP@1%P6>`2~yuS_k@xD{lCSKPk+c){t-B>5%5 z=O^iCN1E2OJUSM9R4%jj#|%kzA?e)OmEs;welf>umXK6}G}k9L9Qi{+u2 zKlYI(um1jh`C{tU)$i_v=%yR&+j-2?^!&%-LyNZ`lI>UKH2izF%(-`|rwCUEF2ArR zay~GSIJw5&_DYb*rAu8ILRowA9tgjlofUHWp+K}?l=z;2#}_MBx#(NKqRGpPt7qOeNsOGd{^)z3nKd)!SWQ|VbD-tQ zIlCrh^Eo@FlGAIG{&JusWs1qAJlk@>=7M+XKE-V=M^{WQy!z&hZ`*=X-zuBmtUR&f z)9$1D)gG&cu~q;5Ix)m$Irv@c=h`WUY|^*#?pw4^m6t7NTj3t=1Mc@PDc@@Ceg9K1`tEx1k|mm- z@^7qiW4UU`^}uN7%fX?`bN6O z=d`s=jD?YZklN(odEy?o%tQaOw2Rcq&TYrOOfY(||H9h8!t_s;giD6MIO=$O<&j;_ zA2x>dw;9iE;B2r>Y?`4Qb=mE!0DFj)wIS!ts`lMBG<}jSwY!$=5L!kg+V)pm>MC%G z(&tUIHXm%Law844_mZeC{hE4ZiT%CZ)XxfS(o(h-eHAT9yom`zQ3TomX@KgI7D^lJ z{hX4L&wZ?~v&A7QNm6QvQW9rYMjY&H?;navB2p>sdt_{F2PyqS_o!u|G;?xGK`2KX zsZpc5KR+(_^5mzivhKYxX`+<=7arpE(G3Ig7jc-f5qo~`)FN@hQh_DX&*n6y3?p- zKM6^+2EUN@j#s7DHhujLQ6$|&-6wHR;-cDY2NQLDXgwVjF8YN@NfwqgGR?fNyS<`e zM~aAk*)oalHWwF~+UepTpC2XF7^9NxsCc2nPc z60M@4s*NL9qa)>Kk~C3D%9cuYq4m`ST1iXpALwtYA`z_{YV+qMrqJ0a4RmU5T@_STM(a;e%>*-*mKyRU4S|ne#OfHG3%Q-ixWdAZ6zq4UK<(WJ0 zeL=7NFB|GE54tJISdgs`#m=&#Q5%L_%1AbYRnB^|mUcf8mlG|ll{l7rS>h#0BBNx7 z`ZxWGMwL8yE4m2!&aK}nK)&KO~H0_2*`G&{DxlGjD?(p-7`k&sD zcBw%*-%v?>>%@&$W9O{fdwG%a>?Y#t#Ra>xHom^3WwCrfzGZWFPDj?go}4FD!CHfP za%m|gKS}lesq5c$Jgn!6o0PBP)H*}>So6GMHmRog`2Mz7`{6pm&m-4IY zwH}{84e)K_3tuH{J}u9TqUwH|1JO{l<@R<1UfY_#KZM4j`~ThgjI_6qm3 zVyVqbW>=G4v|`T|_B`~FwomUD$ZF`18X8PE{Z_WCNFb}jpm1Zs*1l_8CSSs9zTNSu zDJq>B{;rZIKU>>85@?CcLCU-p8uP~KE&KDzY%UGcruSLbrPz4;AF!{ZUd+wT4DB|& zETonw-e~GP6zFRe94u$P@}QSes8M-LFZZtMjwZ=3I?*}Fv-KsfR~`#0KelgSvbCP% z@u!_!8SELv#XO57JNp(A&fb)>Rdchf=_-%DeZh^I>bI*rc|gLVQ;t+svAomVa=K)n z;^NvaqlT;D8+OaZUs&j|sI)fMqop@&M~%>Zp8GZ%#D%4@b+5_MnwJog76=~qcCUJK zUz2k2v5$mCqM!cYiND(0^Ni28rg~31?CC4j9-`x^8s8MN)L}d4m;RY@KX&kt&fIS7 z3)pU;5f!~zOMTM|>lTiQS9Q#1PS^N&qr#$uvNUCbj>s3ogvN*)6-$2vAGFHLNx9Kb z@KJ*+K);1(;N4g~$GAyh^4+xc-PVt?KPRl%HcNMaUn62>)+~;jxz^3jud%6$#7ZyP z&0D(Pg~eemyEa4vf1RmT&4c@!VEjfR^GIQ!3AC-(SoLRa`V&L zj1+9bA4u-8`VmJZcJ^hMR(JTfXc5g4BY86WCuMs|ZX|tGo_f7++k5`Z+DU|M%VvLG zkgRoDGhnf#Fkwe>Pt0p_$wXn@$zL-+%Bi|32&G*QEoj}H+*x~_Ew5_PpuoV*COflw zK1=sm*0ZNx&)Jul7=s!>opV9-w9Qp-(l^_aqK+1uE=xFjC9NXdZ|0^< zi<+a^t2$MMDmoT$zS>i{ z<89>P!es>^8gbNQ6+gDy`<1G{-VDep#|pcV)L_#Cbub`JLmIM z1iZna@AK{&*UVWKv*rj?K0bRUC}7AoTb|6-DY@)%&d#Aqb?SmE&X#uRp@Zw3kM}N7 zx!L4+ak=GEeHU#5y^G7aPR*JcuyyCGp6ePaH~kBDCR^Oj*_k{kh~#yB5x3A$)$3BN zrKxO1H7&0TgCz8VtF4Mw-JKEqp(a1|beYYXqb81Zi6_o=vbh_Snrf@sWLT5O&g6q-0uZWfbQ?(DB@$*LR~eCui!#BxYZlzwy+Qxhuab z-q@M4R8~Z$*hqN^=YATSyb`3yth&qx=ZFtana%f@!h6^Qm=frLnjR5S9a`~z2)yclXtHTD_lhK(^}Xz zPeE8`-N)xUKSuNjX^?%=3%VxHr{!JQ+__g}cYtZl&l!_}6D5hKgtKRV(Q|#`lk+)c zR^+4i;T$(~T&Bbw7>Y|gd8_{J{Lioaw5ImV6m{JE@Wc_H`BL*m>F>hBh*G}nJnxoB3*s~&1C zv{j_g*~I;T_PrlG4a80TrGK9|_hy!;ORdQzWiFreB<|S|tOFH4;f>la;NrYYaLas%7gW{`6~>H z`d*z{9(lMtS?UEjzWA!WQehzPjUzUW*%38mhT8p6`9q&4(!Sn0aPHBWHCD-s+IHR} zU7!2-HCf1g{?b*O`tQ8e*4mjeh4R7UTTRQ(*>Ff(e{uXvo>eVo z?qNc`rld!nAD_2IZ(;9E+Ouk_{Od+X9)rNcx#~YAEpoT!P!kaV*VHVVPKdwwkUHbx zQJXodJR$>{&TSBpfBh7Q@X3;^@(63>zTK+n5|MKL=>y+AWzG77X~~C|_vY_e6?yn| zefsg42NGNK9^P0xFeiAy0gvDXkF43sHf@uL%xid1aap8AqWG%vbb?CqHFJ*lzWOFh zquKg{icaR8^Qd}XwpNqm60_k)-;Iy^&z!27^7*M*@Anvm2e-W14_bxiTuW^bC{3EN zs3NfZMit_^b%#y#q7%#;S`;mn&&q5G?~Zgw+r8)jz%M^S%qQ1NCI zdu8gPiMu@A6nx5$MPKflX)JMIsk8AZTFW-&_3^Kx8dh%Da&ej7PM&_=cwpX(%gQ7c zJ#y#fkj?eboBef#q(pYHoujj{Wk9RAxM*2i)QoATs|+^S*7g~75MSO-?NEwHd6v5^ z_ppI&+KlgWZ6qpo+gb;HNUhk^_DQs@BtUjgRbOiSiE}%vcF&io+P#Wq>{H%6c+y~@ zd0+B^iLbNc!4#cSPJ|m;&#@pJ+gsHaRAjehY261(`?ep`8wdPW*{zPQGLX^D*>-ov zeu+&!hW3sFN^_j*n~UGhKG=KuypH+z^ds@B2M5|S6<^S97Va$EQ7Dr#K+e@U5XSTT z=2o$=#ggp3PLw#^d5`S3R?KVt6g5~JAj>Z+Q33Lt@Us-h0j@_m*V5Ehl(QYVmTr4Y z*kdcN^@*Egw|7_7oIjS=tL4fDDERTnPYyOYwbA?w|A)J@#otzLm>T@yWBFauJ#+6h z3xlhdn{v6g8!S6eES#}IT!NIPHf>d8-V&$einkpG)~TlqHY~S2dUE47^9TCV#b$e* z+-Uyjt!P$9+HTFy-%2`+F6nx>+baL^Xz#UvmpNxduY<`+ubU~*O7i7$9}N2P z?pmr?O8A}UEt*dH_B*55rt*qpl`lDb%p}B?W2R)^&I?GuYFBhqFb#?C&jdN%H|gOJdhWj z7&>WE-;);xMW)`xQ?CDzO+NfaddZy28Y-*B3py)W3{ua(g;91V=yB*^Pmgv|(c__# zNBZBMOnF`&^5NsRyR>O(HZPBMKWR&Oa(&f+vb)24(Q>DpYsXhiDt#bt^}XV)q0*`4 zt(!TXJ6}#o?#h!}=PbhqvcXyBEU~b1>m`@=d^}k1F|`hO@63TS@f-)EXH1nVP@;-P zReZ4N7ueMQ{EfEOsk$kT26eORiwDyhwNgoZ6}d>vnXlTJUID{<=9zBL1{@C6XT7z>*}2ugU8dsqgXgdEjfDa`4k4yQp0a zRJ}J>-?-e6dEya9Hvh{B_#K$ox^#`IJH}b|#xIX*sFnH5cegItu&IA*oP~&CnN#HS zgNZ}iHgw$CHA&fkJ)lMPt3&dQ%PCssrJD9Z)nz5ke)skWdmehhBR?f`fzVE!G7Yt9 zx-rz2T;P0U53Pp2)KVj8T|;Wn1&~zE5Qc6~Y8A^Z>@UzrE)09Dd^2;wgm(1{Pqa4J zS{rVNRBE%ZXcar{(z${1dZozgy;UB{55IeVt4MmDY?gO$(vh5P$#33SFE)`j%mG@`L@LC@`jeMwo64*u7fm@<_0Q8`=Nyi8Qg547aaBv@YFSa za5XlIzvvOBpXUxj!_b~zXK>x|m-o#Ie$aAkxZJG`1s>&3H}hz3ZeF@>@_g>P+x&F~ zMPT6~d}WW9nH!`nkrZ||PIWb&lIiB*kiUIxp{p^?X_Zp)n^mR`Q=dP*?zPr4nw%rj zD|9AYM6FOKnmlD~&_$p6W`j1d(}7}ty`z193~;2xx=LrR%4bJ0`F zC2804dyjeD6jgD&8uq|4TW;;tx?3(ANypI4?%%)W$6Ti}(^&_0R2kTq-`1>^eUOpb zaoPLRwIp$l+65x=2Bv-c?>(Kz?Qs3awuuu4V^u$JgXPI~Dc1QL+8YD=Q%ocf4^c|2 zyiomvY=iiR+Hsx%Dizd-bIWKJ4?%)Tx-}h2GcirPx(*atv4nGRz>g(9ttdUWj6GH2 zPN+f~-(S3?d>mdRO4H5bx4wIYhZcuMFBVH>fAem^+j(Tlov^Fxj;&FdA@OPFy|%x& zYrlfBm>X!Gc%o7}s9ZZfVRzlxg7a7NR0Smj2eixw?G9Fl{gji~zKhL6c|+pNhf9VA zzU|kVDSoBN|8&_=Q|~noc&;qq6_Tpjzs)_Gwspsbj@&t3*RIM^s|0o|kK8}yov8Y? z_|L(dKR;bvaA#^&{jt6UouGbA-2sAOL*lL8FGX2NK;BY^S*fRKOQMja4pLOk?VRZX zym#IE@DyWx#Tm}VMd9oL&UG4Gm0V6*MT3jqFExU|DNA`5Z`R}llT&km0hFCQHSJc{ z^RM^0BRsS==V)LvzvN6dr!eYdzm)qL#OwB(JDg?Y;x8`r;I>s=?H-{&>BsKB+x^6r zw|4TrO<6`x4*J2L>^8CQ#Y>^Zn%+Mmig}_gOP6VHnQ@@m^~@UXcX2B>^-Gbs9{ufh zWAz;Md0vj89TiY#^{xirsk(ifD^2!`?58bw4<+UB-%X1o+LDI8=hJJ-C zg{KGZ&U?B_&-bTyNLgvzUm|Jz^~ClQJ5TI5 z;nz9M3(|P0`;+f)B?NuY(LFVpsLAtKEpF36**l?{y%r5bCB}48>$%M%6-^a;71u%YO%zN-=4;CXO%zp%bJuiFJorL(g&jL7k!$aHv24l`nF%0 zpQt)#NqawGqC$xJ<5m1=1)($JO}y7K=5o4w*kT>CAI_U*&AUdRAmqS3*Q%!c&ROG4 zWoqL@@4B$`h_(68s{7syi8o|6Wh}eQrT9?sxZ?N4Hj}eq+k-b_qU;lwW0m2v#mc*E z)?qr)UcR!zSo@CnEI~QJwSv006YX?nX|ri_)J*WtOk2}la@3aaI^U^|D4753OyAQl zPrn?}nW#NOd#bi`#&CUT@?S3QmRL-Q`!NMkh;3QALEBXwhUBBA@4~Nx(&S)tC9n4M zgT6I^RjHd(k+H;Q?7)npo82+gRb20Hao{7aRl6Fmj4N+i;AD8~KVICzKE1Vpe)&#c zCu+OjpG~;GZrY6S8Hr98qxV#<2bqbsIG-fc3;_~dQxo9hk9{-QH;YGqOH0H&JJ9U%y zv_2JS@t?iie~G`Cu8^S6>R`d(6Slhw9_HQ2^UAY3ta|&L`E^U4apLIul0_M3xzjR!{;4vpS5znY-Pj#-IAR0f{p=hixk{G z&q zoxz-P{bRP9f`MMgKFsg9?rLsn0fnQVky)T%#+=Z4N1d&{9k0$juAOx91{i40sZhNH z%&q1lIw9~G!lBU?q31s988;Ysey=2_0V|6r0*f#M1Jk%Wc2}~ph>n1m?Nqo3vk&t* zZ?dq6YMG+KXIry`~Zs5|6 zdC031nKB232$$JjNlOXd6zJky32aKiK7|a4rpwqdFZ%-V!iD}95?YeXu}n#$%e@`I zHnrmn(SD^@D|$mPY`^4VmvY>zp#B$uHGZvEI=Y|!y8uOLT7Q&VY z>#sZ;ym%L&6N{At(vV>*;eBwgUe)>`N=wbZYL8CS3`#?WtpxWmz`gor{q<|-A+vYp zmWp!`y)>*xXN@Tl_bS}o#a)Hi$i7&CVhnC*xin@5+4v?Z&ULFMrj33t&Az z-BLLV;?914^|i9P56f~Q{NMV$4KR87m5c9T|GA@|WlAPiH5BfkuPH;=QppP{%ljHw z!f2vX@AV7D+@f~BT>&N`C=B9lXjBzrveT{at4&oeRP`T4iNAfI>`$%y4gs#@eFV(l|T z*%14HfQ4YtPK%E2PP&zcyT-pXZ&cfeN@jX_9fuwQlEY^wy4i<&$06wWw*|Tm87-8Q z3WnaF;RF-hs8Lb{ZGK;J`N1bEYb2Lv*1MArd$}mu?k~8N=UyXfa%pvoV9RPA!HADH zwTVj$e$mFDuUSq1bm&H4tsrgU0}v6tSfSRhdJQzPKeby0b1Z-AFD`9}n=}$ep{T#1 zF*B}UelHDF0U+}O%?$VHR5Yx<$fO@@M{b(%5S=6vG{Zx%A&GliRvYkC)SGJgqCe#8 zqS1sbZMZY#M#B)mi~@Zjpa2biG{%P8vcimQtZ42(`VPU@x!qG%`X#HQJe=V z5#k|;FJTr088P-1)0x3rn4*xB0HU$=FbQvIw~=Y z_4iqmOsmz|GJ;9ZboZRk?BtG(yl;BH_dfgmqEjC>5!7*sh^aNCr~oj5MfQHE5}>tX zqiGGX7r+syX})^H&w`vEf>u5x9S$#b4Scso`UEb)F?|9N=ps0*!Ugr$zZ~Igh%6*; z5`A$IxUvJ(vmmta&@%uxO~O5$cXF(EP^bM znY(coLCQ5V;X;eR9E4TW;Vy){vJ^tgWh(?)EGpxFcfxwm=UGdd*7G#gOJB#55_AbH)hC)ctu#7R0VE_ zkmx8{BQfX1Ax|WkV@q@nm;@{;dpLP`B4WOR$=uI+cNNIqqFyt>GzIrh1v%>9HQ{v@ zrLcxPwf1uOec3}os^=&ODZt(CSpi0Z!w1YM!)&;j8?m4e4okm?s8NB`{h6b%CH8p(GI>@@0;~!U#=>2Mdrv(#P^1?6%b*+CL*p;O>LR?2w;6bkRf7 zDqx!!)MRj;vE>f)hmnK`a#G#?`iGD>S&DEnO9mqm0sn*y<}Z|u*7&I+^)q)ja*gir zBMHX8G}(ueZAjz+!M~>sh{jIiwab;TmgMCiCpj#Z;3NUrGlNn3n%dorGA&?O2#|xM z0e7zDyRU>A1xuy?gp{D=)Y24XMF?p?)?b1`Q##iG%J^k)!}=0wpr%0h3qq&i7;=Q< zvAqo>&Q^?dO3)c96FxJO1%81Wyu5f&D`QKcn`JoIj6=(5Hv6#J33LKEGv0pyYEnl~ zQ-BT|JxSv|1D`f@`_GviN|(uIo9T7`dBXh~KH1H(#@|&GRSv5hQVAct5hCQz<1ghu z**|h|*e4l3Ct0E;5in}7woXp|j@`sl2p0l9nH7YvcyloSyDox`$a^3S=I-GqND(%8 zeUeECs#oCHRq1H`p%eVty&nuy)_`LJrIB9%;Y3)A#J;HZtDBrUzyF09%5ge50UKi6 z2yp%R{Wo2aUoa`x`?|V#aV%D-_A5Qs4k_g)nRSp-wwYD)$;Oga5OVp!rTZV?hsGOE zpR+oBYJ!fSBjLP$O@Dp=6|lxeb%cW=lLs6W5%-@f9P2ppFAKdH3PkdKh)!QHFb78FV__DavVVx#+JT_89u^jc z@PIfI8f1B7rWZ51FbFS4;uQyr7{w5Y{{OzQNE^YL9vney&;0@KH8N6O%p@|m=Qs8+B+KVp>sMcm%vUMDD+LB zxGmjC*pWBj335zn8!#S{Mq#l4WD%>5pc^X(jpqlmlQPK2{7SjN&Hx-C*_1&o^M;`G zRysi$cOE0SrSqs{1|zt1--Lh(AW?j42iy=t1*7v&d}oK5@fkBlX+P#c!x}pb(1Yab zUpXt%LV#VgL%*Ydo&CmYxBz4b#?v~i8laF)r1$8CB>;(7E{+X&M#Z;gnB6hVeh{dg zhIIyW0Y%;1xXw1w3dEj_RvLaV$IM114n?>m_KU&o8mLeh87dm-8bN!~TQFGRT-gCS z=ZGg^)eO{H=P|j&NIFVWaPzE5HJmbWZh~v{y(Cvb!+=)OQnu91+bK_&V%x)4c zP=1L}(oCs0*K5-KEb83yZu@Z9k7Qdd<3gZHqs9w$&bzndb7}-p*daOdq-u$gg zjFtc*CakPRH5bqoi9DmHFKP34hM7wOV!`mb0^Z#-*Z^X$#FtZI*G@{<^t{uO$gC9t9C zP{M&=prUM`CyE!CBjRK5pK}R@eZ@Vwo`?<+J)%l1l6eINPieG?Le}@4+aX(>P*RBb zF|dC|U3?fcR!`zjXei*}s9a27$t!#Bf~VG5BK<uXa6g61hd*wpQhzd)3WEyd z3oo$t9w{)97j?**Ce;}Cb1a21rH_v(bfQg2N`ZzhqX#OPxr{g@1jPctn|#mVFGa+x z{c3thj1H66l}fcmGZixr7{?&XNdTs+J8&;i2F$7L?nqmXSWK2kI@8=ZlmBlFb0HFt z2e;QH~ zvkTd={HjbNZ;C+Et+F?kyO8_^R>aJ+DP3ZxVeHbwA&iK`4`L&jKC1dbnyW&h5`-75 zvNzG%^43M!8@&K8V(H6|>EgrkA=EESi3x2#iIzZMgI0W7Z>~jSdt$Z4F~&OLjI^HDOF)lim*U9;jgEAlr4HL6RDhvOWwq1DapnmTt2K z9*{m-K%wym+z$kn{y;slrVbEdb%7}$KsJ6GAezyE4jQ9%M@iB!LjnJPI|31ip+kWv zXeuPYkhBWoG++dP%Vq)wJVF4$l8*!nf?WWFzyk)bdL~2!Mn&d|!(>drfWRC$N%#Xi zs_S&V42`hN`j)MFPUVsAb(E@*B;Q53LG_tEZSpoZiF-7C^>dR_oE^&KM5VXdbkmaC z_Y>5gvlAQm0y@E}jD2B3qkQV=f9A3q`2htFxOJw>LBbGegLR&a8$hs>Pl4bsUu%%+ z@?=7?1#DJkpg$(jhLYY-h_U@U2#%Iz4Sa{%By6ffyc8(=h6{b>!Y;~AAK1B{;0S(z zp1SV}f}f@?^a8vHQ?w{t){XZHhlo0}hqw^?<;(b%k^x#7K2ZP(88fBY!l|Z|jhrh? zhw=nRN+J*eU8OedxeHZ#F|on#^Vehno9d%L6NezmZs03`we}uy9`Xaw?ym}i^90Zx z%$*1UAv%3Q?>L}b#{) zk&@`Cvwuh#E1l%x=CHG+= z3NZziJQ&FI5(>#74*L+2R$MhbK>e#xkQ9!H?v!LKd?!XpE0Fb^q$rTclhK8%hsK7dLftUwS2 zBgMUJ8;Hc#USQ4}(IYOe{C`RlC~^syeL3B++!BgrExy0yqQq1AP+W@Hnc* z^Y6q{F9E7MWdlk(TF>A=n6^@x@x;V*5PLvS2mB4CFM7>%qw$#zFFuGhF_VkpP0p|+ zN{xFGvzcsYm^kCoALLKqhEi`ZFoDbxo8H;u$=TeBL>>1*B%xxY4kfOP3e6b11HhEc z;)5D=Noe)}1RDud@DF{W7;j7d#pmIyktRp5D6dT^1Zf6?QXDMU2ol$yC#Fj41I~ZG zQx(afOqXR=$@OT;i(n?F9uy=(Yc*NHnKI1ONf3dl|N9swf`))*!c4@7tMN<(Iw5qP zh!QN&*noJG-ofZe6sGNfgjH{(IDjFbg&G0Xg? z{Yh@Xm5^U(5*TwJ_BNI)h7B|CwupiO8RoJbX1Nx=aia%oDFBF!VrP=@k)}2aklwKN z4;@0o?gx^&y>JNLJ3A(^4uA~+4%_H4h14iO4$L4qnC-oJ0iq6uB1aaZJ7k*z8M86< zj=aI_d@!boR24kL&ldYOkl5lEhtRtLB97kSLJd+})I>&_Wp? zm!R#4F+mWN6i{9wkaPfu305v4MWYKwF{W4cl3hSebQXk`ceML}6s>I7c+pun7(Wqd z^8h0@V_`p!hvBYk<5}E2bRnP#R)WVsJ2;)!7WE{0D$da6j69DVS4HS zkp)|G;m3h1F^V7H?Ew@l4Ub&9HIp+9Q9-VUzlO1{}) z?Ji(_UyQfXkP-vAHcDZcO=6@K!E6$Pmg@-W0<#@bio8IRPU;7}jR2H@b}#87Q4dFf zo#kt0?i?G~L1Dn)@Mj#O^TN8O(+`RZu=cR}hg3P3^NO%;K@~6=Xki0HaWgPchTdSt z`XwmA+TPD-EsVmJzJZ{+8E8wQw;F&iqs=V;>v1?TOI z{sjU#kW_=%2Q?Bf5WY)6$LC066UfDOIG`5j%$qd>C3!2Ll>_!)MkNU7qS3nUbrwxv zS&Jz`jgXSj_2xlu7%@4IC64nzSV5&7L|Uh#*oa=m$F~tq-Z-I#=TI2rqPLTn`PB;# zAsLv@eUwGG`{aPqBkq^d#t&l+pnMdvFxV4jBVZr2IWoYEAV%|KIDrB?0MsAdximI5 zZ(q$tZ~GQVIZ>mVLhJW*{{prvY?6jXBgI&6AQ0~CpsW~c4Gh5^0-)iCKz{-B5a0$F zq~=(o0_El600Ze!>U-H39f;}>Ye0p?kj4Y0)C_4nz~)1}0oVg+@cT)ill1PparDLm zk-^-%b1T5cR=!M>bUkt_csnz!2Vi7_-5*@^O98tN&t3FLIiQOGJ0W>8tyl}Bnu1+` z7ac%D{~*xOQ>>Zt%mr);A)SD4CL@>Bz%fCD@b!AqYB%A&gxmDaIb)AdN5Ass7i7>ws;< zIJ68!GQevwR`g&5D|$#PTMpuhrU3#9t(@<%izd=A?U`(+`1^u=%QA$j;rp{{dXkj* zLIB^(0pQV$(g8c>6fNN4Jah-6b7*KFW{Cy>3)%UHUDMy1 zrlXJCh3@?uNA9A7D;m1}jo>V7M-?UxFoh^4hG@4&S;jDxV=bUx_y0HF0F%a%3}(0o ziy~YV^ax-SA$>4L^7}Pk4Lc=)*63f0c`UBcF*brIVJ3!gz`7npc~ddFjzH@GfLnpx zlpdQh`e6&u^@DJod}1xkBXr^eo7xCrLc$x^r-a_s2KK?a+Mr)H5AGhL4f|hNY}w zM;^vRWvzHrhL$88WTyAa{yp7`Hh+4D#a6fwZf7C*&Q>^ccn*NEhLjyJ8ukT{9;wxD zd!#l=Wg}Xz9&yxLXfu!D?ez07BZopvjX-O-qnw8%8z*f3|#@1%};`UuPW$(-u5Z;rB@fk8NkjJod?j*39;dn z1e8^iwU(akQ4f^yM$ak$RAyV^l}oYW9k1txbZ!k1UDJE(SY92z`$10tE;t3k9fh(k zc*Knq3d%A#7Dl}~Eb|QG>;SaT`=_|(J&LM^4IDE?@s5eAkTxg+DM?kF_Pb4r2;Eg8crP0lhX*F4gH0~d+DrU zY_c)(6sABt^TuhK-X=g&+9*Tux*kqw?y=fF|5VFC}yZxz@9@bx&d@GJC5*#NTHPjP7Hbh-FNFxbf>A4_6Ym_a!Ldt z#Y1>f4B5Q^;H!W=BZmr5R=pnXnLKxCwH=FQBdHAX=^E*CeZ}3mB^(UG|B2pCQ1eDx z4Ew%q@h>|KLFy#Z8_JWoq>umhzq^$0RjVvOTll53kGQbAb^_! zNDF}tAv3_bY-?~8a6FetQicUu;zuMs^lb<>t((IUt+z=k%4N`6?1CApKND~|yc|Ek^+xVaUwv76*; z9TG~h0U->m5d<{(1xM4}f05ZpM(wl_W5Wo^(NKeD3~{%9upx=p8T1>L}9K(J)MPI*c?G#!wwhQ<&Cs z(R_n@q-5-TgKMvhle+%nM1i9-0OtHFv4F$+O*MlTdO1UZl1B-99NK5-c0_hUyS)4D!-%$}_$Z z1Isf2L8F#j{J3AevOsAFo)-X3u_TVqNo~4<;JGlQ=|Zm>!!ukB86YoQXKGl;FgyyP zhw*Pq2XX&#qB_dET2Fz80c^Gnl3nXNZto>HdhO2EOSlOhg7P)1leX?b9)hyno#X(Z zCD^1^XOe8a8smgV*$V+fHX61!4ytLsjM*aQ7P>07W$!WU830i00TutKGL<%;PO|A| z`@0w?-@zjQ07yL{#>V0L0Q5a{Yy4I_s9K;0u%5XiABAn)i_w`q!m$CCZt#nn#cTis zV;k{VbvRdN^s<;F%iq`==}IKCg{#7H%4g~=I4L3C>LU=sSQ>d;#evT zxMKt3mImCo;iUmBUufyVbs5H~x_`1LUKC~12sF;fxEeDXdd!b(0phkCvCR)x< zkf2orq381XC{iFs0d>Mr_i+IdZrs=u3wMNI9E$ZPi$WV6C_-(cvclGI=LE)OYq)Xa z;1uS$(QzQppDYSc1n|WINgQc_qLmKq0-MbWiIzmaLYXf~l*WVIt%DAs=;L`V^<)F2 zF{Fx1+iqP!g);FV#gEcJ!jHov|KaH!cVb}dO7SO)0#z7%UBWL_INaqCsps3MRoHBJ z6%KbX2PuA(1_OTF*raMSmW-K;*{k@YMdj9kgQfq90q~r5ya@P@qoR;Fh%-0W#z}d& zKET-J>)*rLK>&cqNB$N4lUWP^{J60LU`!T`hf066sN6d64GCDYj?7B44tbCQ-CG&A zS%)7tb_*GIdSYx}`=do&&CdS_9{3(GsOQVATH;KcC*|l>f;?*d>&C$oqByIZIDj?U zX#$S4(+`~^=fJ_C?SA}mafFF`vPO0Dr!o({AIJD|T^H`rdC=klkIu)kM6cypBlQg| z@#f)b!?xLnHxhE|Y8Zh)`G*jr8-f2XX*!+|=Sz$HzDtMSnjf!AhaWdK&ctn~kKK9u zqeTG&n9(~DtQi1zJbzpR;Kq$@0Nf_~I0pEWMY$0587(2!3@~CFd8|G)e!F>W190QW z-PoiJcgsIc6fnTQ7y&p6J8lHv#*MADKbh+O(moi~!@z#ozZe0y6Y}F405@)I14ytG z0e`Y67b19K6+6n(KyU}U1D)TxmShr7QNJmTvPlEJp#Zm=I^N#>zlSd(Ui2qZYrpIP zb;6L%Hn3CN(aj1S!##^IE*-;<8=H>do*)>Tj{VW1{IbDU8T=~-z?0MQ0sud5YyfHoNB(Q3-yp+piS1L=(T6 zJSqc(TghbBSmzLHOn2Di&@-(@Z!Hy*tfc>Ko_cQG=Nbl zP2BKnsdAOPOTicWej#;yQ_2;sOB!f&s1K-jtBTTwvM(=RJHX;9=OO<@%K8ik}f!%4Ps&xj}K?fK4S%5utT3O_}NVjP1c6(^jEy~{L#-GYEF zN6GQRta&_Dy+41b%9ZvBEiWWA4d zwi}6N3%tAUc6ESV;7Y){KML5Gz*N?q+d`o1gKxpnQP^A6)^O{&4}9qw7_Sb>4~LD( zfCKWWmA3$`560dSBVZqdw}Fsh7x+dqALLW;E=Fsy8Dyn_?;8Ujgg45CFfT_YiUdw= zV|OXW-umyFo_UXj8NF^8SnYzPoYI&tp+X(p*S)8E^tu6_PNI9eDySPmBwL`C(NMn$ zI1)y8<#8&487|(&al=1fn1)R$15g#0g8wn(sY@cI`wsZl2dYzO;;lq6T8WbMZs|Qq zyOZ{i)}#3Ve9H_yIGef#f+AeZVOkg^3xRGdUAg0=1lW#cA*KEK!s02`+rSfV90dSL zMJKQZZgC`cd~gfC42BUwbnA`64Z)dW7QpSFFARWN^U;zN$T`A^lr@yvK{L&vxkC$v z<_&QT#i$`g7kteM!`-vnLcbF$j{(0PrEbZvRCg_z9gS1t6v01VSVv=5!&e!Sv>IrG zRP?e&G{7Dk!`;Uv8vjshq+nt_v)^|RzSVUxh(^mC@K`yeK1iVrbVX{D`Wi>WRE>T* zICm!|C4nzjR{|Mm6maOpS|upN#o5?M^Z$Ubplmk=(fG+)mk>{d$0vQPRRTPrAG@q1 z{Q1I^yh9mX!YI~Ap9ap|DTCAtEqofFeth_qfmwn+7hSpIR01VjoY67x|4Ct?ME!r& z7XJ`%%)!t?@NXpGX0$=$>Cd8s-FB{NP9cT)-<>(2{3GBEIp($SbsM2()tHWi_<=(| zvftY-?2UUZT@V*nzH4KR%*rDt`5v8Hb8*VOgWCF2+RS9yv-WOiII4GBt1|F4=KTlx}Q+5;{%ym%vOzdG>!-VH*>z|afux&pYq`XwCd6WGb;3ojjq zpAG^;_XmNYhHz*nysibV?|+3zebdReCJ0>8fu9ZrL(d0;p%HMXCA@A3uAdJy(g^a@43#<#hTekL?}6)q zZxE@UJNe$jOYZQ~;b3TbI2dXNht3NI*Pnsw>2DFKUpx6^;iVw>=?E~iAp#8j2#31E z>k;63LnI=#xRWmrUW$jGjsinxM1!F-l)%sxA>eu{xIQDMspMdLNmw=2wosOxD_Ot! zu+i)3H~g!AIB6;GoXnN{`u;M}6_3nTiz!b@!QT1~%yv4x$@bnZn=5@VU#t2b-BCr@6)nqqaiKWCd+?5m>br^zEBh7VSKzl6+qNFg)N~eYG zPhwG3d{e6w1O>x@s%@?IF8pLgG^7wS_0oeS&6yr*@On&7>-s)rBMvO2pqWnV(<88W zF+J4a^?!u2uG3Y09m+CVk%0*2vD>d)gunvu?JKUUK;_fe7$1osFw_(-1SV+NK zmsUy-mgtT2P=nW_N=v2^^yUEwqOu>DmBJRm zI)+4*-tG-;7}`J#h}I=53`4L`m+Dw9cK--PaM^EkI)Bh;T}+Z@BnYB*ZhG$Pg=hnb zsx;^6wR9i?4T#kxVb<%?VU~;CKSB{(jbH2a>@@*`Ab&m%(7f$wEcc~pFfe>HXL39S zL=XdFbt!`7x}?E+vHM3TwAF8F{lWH@{{iICV>!Ug*0PN0Raq{JC9)`qU;*(QXF0y3 zSWew>tXJh=mK~clm1<0_)1N~tAoaV@x{|15(%{de(xIrqZ}(|cNwk5a!7|c70nLK! ztr@~EFwm~q_TANrM5Yy{b+#Uf=@_RSawNSbl9zmh~jWno!YX z^8bKYn`yF~jL57f*nfn=2H}9t{&G1NEBVV{pFFqSE~BF9%UmVe zTHh(9C)}uh%eif30DL<^ru=V@t&<$8O|F7hm!`0%pXW2!*BT!;S(Bf<)HQ!E_I5Wf zCL(_h7)<|oOjj$r^@Czv<{k2_FcI>i;C_scXT_~;|9Q+vI%!?{`6us^eqOD9dr<2V zpICyZU4%3Ccgdr76up%JmnP|Q!$C!Rjp|Bx`qsomp%X;zNu~?cn~N;~PTAAUtURc? zbSJV#G|%k-OZ-Oh>yxBFuz81jywls+{01_lUCj{~zncPY~v zCZ{Jg#ohIYobl=s7DZ@W5Lt|if$1#91s{uX;lg6z{t**Yx04Qa9q8Bo|JwTssHnH? zf4ZbYx}*gG2@z?fySqV3kdzMT?v|8RR6ts!TU5FvMjDiE7?}AF#=GzN)B9$z?ppW$ zeXz!vFMQ|hIkWfqoU`}m?0uAi00cBe@y!A&^?z7nr2}Eag@)G#PjliMioQaz`ThY$3nRo_tbb-e(h zL5T}yC~;8&B`zAE1@3RrK|~N_$z4jOg8<~v#Utk1Ja+JhH3~`bGy&h8g)b=j=BAKC zi3=AfaRGo97tk(fzeNX4J|-8Y&4Uh-CA!^!z$0dE{lh`Z!ui*ybPd4IU|TkyleH}H zdLwAD5xmq9Xx>cVB56YjpmFuXi7>4e7~^8hJ^CsXB36+wc6kdfq$Yy zI3b85f1YX2<7+7J-`!+hD5t$8D5t&5ud&L1_v3$y4kCKjo^#s6g>u@HfpXeogL2xd z5BOL7_ve26Z_z=t6Zgc)UN#wsU$D8cPxZ}x+xQZ_es$$|=t~>EN336*hi~B{Hk^38pl{=y%8b>;5M8hY`3i4r+XiJ}2)(2_-JP zpj|I;pu~j)l)(KhI{2a~>%6=Vl(+z*Lx~GcC~?sXC2$3QhYsrbHoiC~?*r|6K>#H# zG@!(V0kpvVEjkG2bIt$=2yJ}92PG~xpu|N3w7B>kI(Tq>^Yfsb0~pwo3*iz@cfdC1 z<`hbx2bj+O#Y)uj|)zr_8(1pTyP2w|7gW6P zN0S~GoI>|Mn)JBf6ypBTq{juPKzHzuCOs}Vh4p_j=>g#sCjKH$!4_IhVIN9P;X>dA zr*M`~{F8j+3r^vCp87Ad$j{PwFY*-5Qu%+(!@uAZ{*j!*Cb&;Tww^p~u8Z6F`cqzGE3*cL%;#O8l3MhSQ6ThOvhvgCt#vlEhWavuBqPbC(d+2?OzDVR5x&S{^E!iHZ}>iw0a zAZEC^H;JN%$o=2w9iEW#INl0S5|05`vS7=#{ql36iO5>HQqlX zml|y#MG|#BCqVFNE95~5rmOOaTmu*b9VZVD4mZwCy8kk*$1 zi7y2Z2armMFBhcW3M9@7Al7Ff1-S8(!1%8P5@!_^-qDasiL;9ak*@_3Un(jn)-MFo zE&WP|XeW>==HCBOdj$Sj?a{y0IR9y_sw0%SS-nu^W(h#+S^X9rL_2Xfr+t2l8icbN z`~MFT8qR~Czw(HIGjgZ|O8opSXCVA-9Yi~EJ|}+u%E0;T>;I$k3jVeZqMdl3(>{M? z;C%M=H=xB2wCm4r(LuBm`*YgoqNd>&htT|`)C1ay+d1v?R|d{!_{oA2KflMB3TKA| zL8C#mlLzOt&tDlhpV{YstM=i{KG0|o?ZoSx_W3IV=QH~Npv4cg>(6h|L6eWsXJ;>L zFDN-ogI118CYX3_eZs(?Bio4{O7J=*7~})qggiQZLe~sTfYoCl$hivwAYk+uh_ebD zw$^9@%=&un0wuKh3|mmZDE$RWT@vQ9i zJobUsv-&L}`?K}uZ%NC5^Ev1G^OpwBXJ7v!>)~g+f^a_PTz~$zBKxxe^tYsCd_B(b z9P^tOwCfKvf%DndzsP#{IeyN${&+#V{`?k^{n-HeJJK?MM29;o^tFwiZVBntKJK8; z&eHEEvSu57Kok4hosGcGMle9=1oGH2F#dXcqflq0Pc#@rQw5G#YcvLKjDeQ6z9b(k zL79BuB?x6U!-c?~CUCrH>V=#Hozp&SP}&Eo!1;{xy`Ua`6576KDmkZpN}#n5G=cM9{U0lw4bR`AgD;wF&uJf9 zXzlaot{>26`h9+F@8`GC24d~poGqt0ajFCg{By(rvqTmxcEr#kYE&c`n_}gobzTgS zH%D3P@dH=xvbnAtJYPcQlGI!a4E)Gg>*hl6`dV!{Bky$tiSAJ9o6_p*Jfz7^6hRrMYM{PsH(s$Kltt~GE{tQM3ikrjzFXp}79W))xz@8_ZX)^CutGA{bPg>;ly^hvKZ5v$= z7l#{>fO@4qm-aWxwt%i1Sj`}!RfT2{*{TpG#LKFStGngUok~4MXC7pjoWAk>f(Lsw zj`L2b%zN}^)>{85wapjvFQRlE%ut-aym`sv`vnF<-Td2cZ(cWq_;<{;#Wcz3#D02T z-h4#y?ZOSdnU$CG+nf2u^bj|s*FSZA{nWEJHv~gI{_J8}`0J;Bc{8T-@6<)H&8@2W z%q$ii^ASSeeFVx$)iGi=@`v`0h$Td<^5<`9+BGtLCHraC&*CzB|Pgz7WUx zyDNQvS`X1yX8qs1=s|(+UN$Mjr~a2KeIXE{wO{HGAduU;FA@CP4Iyx_m-a|X;`JuJtg}|S~$l%HhFQA3dg}`6HXz#o*dI9aIzXh!= zF9iM!MgsVrUKPx>S(#)>>El9_;J1r$oIsn`2W*X{@frr+z`Y4JiUzm6l4fthRe;~A zhxLizH1JNT5E4+OR0tUu-TIYAh=!6z_zW$La11StAP6nf@tbrJ#}l&KcD~(;xj%@7 zKi{MKH)7#W_vkJJ{(@#@I4{l07y1XM^QWqhht`%C0)Ixcy5M-eIxma{p;bME^ZU-~ z{i!W41pWd>=I4gd|5ld4-fDU)x6^Cnl&SlH=K5+uRD?V_ERw!wxaRY-uwvBE+J6l4HZtX(u zjdkD&TS|&`N{}n?&~>NP72{Bd@_r+DaoASA;rN{bNz|L zpo{`-UG0)0*wW`e=s&nBR$ zZVfhrHiLufl;B+@O7FJ-fM<;dcrGpaz!uWoLnp9n@W)XA;PiCAjt4O1^XhbcVH6-V z`Ff%M9gxuOU~6SRcp`W-I;&&UGzGNvu5O}mA{a<{UkK9J+w=5ju61qh6xbNW=Tq-i zQ+Lz@oEQ}X&%Oh!XHM6P@ZYVUkAGMx*_RL5ssm3~pj<%g{s5@l` zg$SG+E}9Y5f@iq1`ldR0*lth?ffu$`)>k-NKsZ_Bl=2NZr=14H1_!Ab!{*Mw1BGfV z7s%%e3ixo_g57sOJ3EBS$-RsFdp%hzJO@~F#Rr>5YlBO{X$L}lhr4z{AehLK<<_;r z10Gvj-o5ChN=eH(?{lb~_jttgx}(N!d@C)o77L*+6NK%5y*o03W)aWPn|Fj6CZFr}!h-h7V5% z(>B&A?gOG46DJx+qJ_LY-CcmL2ZxI@pq;^<{KGmBc%;fx!t-SRv%(zdHl;0vcMU0E z3IOmHYN(|=#RKbt><(J%47_)oz$-^-`v&V-nd?IQ;O(ikcP`a)fNi&3g}H@|jg8Lg z>@06i&|a1SXbm(Ylm*tAp8&(dzu}G};_h81N47679IUQ3*6A7m+Yjv6-dPo3>TNz+`G@$TMPW~^yi&O2fLqpn z@apk59ndQt?Kf_$!cf1z`!tM-x^v3Q90+`G<_6ZDpN=io?&6?!BEybOeli*6kQ|dG zlqv4gR?N*@&5}%~&_!C(efnvqa6#&6vU_jsKGhv92Gf!Um7Axxrgr>>O|-Ufy}R?S zrUXe;?tGTEuc{OgTMrgt-?>CDJz%O?bTA*IMXwBE9K6#kGexV!Z%*>5Q+lTWbtf0`jMe{ajG8mf=j+1oCd@Nsn+0 znslx5a32H<9V`jTl%yWd`Dl>b+9D7_D}QM7bkl^ce}!9Pj6Pg2#oAfUtU%@(rg2(~ zQ1cPDA0KzJA--aJU|nD^ier>$Wodtupcvb5O7SO-SSmJcg;$0O6ibiFbbS9Zc_5zXs3G<=2% zYh6@<^x2+3u22Sy;xF4P__?DKvo+XsG(z!GT)!sX0Qv{vXSV1WcA5gTlbUjeHX@vb zRBss?j-7-JO;JM1UQxMVqAYTDiezgev}uyZXnlNWD2R`o`k1QY1EM|kF-1R18?`Zh zi)I}*tH{}JE!47rjq*OtsV9$asstWY1Ug;zit-~WzBJ2mX@}VGGUAbuABP!X$3jx% zgAAlDG2{RbrG-dEW0y6XXa0Cto8hw#Rg3r0J`8l;h~=KeYlkPxtyz6udua|A#y)fw z_K}kA!N}^{;E7f2sZJXv@=TF?5=?eVl`Ft1MD0#Tl~uDQH96A$mP(r*`;u!02{z7o z6AiNVj~jA+CL>4z;rjhi;FNK@Tev zPBJ5fqC*Jt_#<-V=~`*=45S1yOzXGFku`K`Iu@-eq$|6}u_DI8Vn2suV-L&baJ!4>v)FH zx9U34xi|2=ONPLPM;S95)M=tkR&nS9(i3X=snTBDhD5~;RCBUY#h?QUQc20BoYhqs zgC@Z-z>#NzW0aKOfnToqQ@#Szu+}sfnyWHu*T?e?t2-xkjE0D>Ft;S;F$oS}`n>lB zF|E9f9SmlW#(+Z^&p+%=ah?O}9f=~Y+*g&M^L&zcxvfc+$9vRD`sw@oxRcR-hAWp^ zXeqF7QjF% zCjE#YmKD(L-T?pC)cfUms=Ah@!gMHc<&syHON}LNGIN#pSY06!!d&bkNiUtd)lBtv zWLYQKe~yJ|^=Y?;p-@)r1{cjqd(?)Gm+!{S`pAut2Tc+7-o&`GK<{b$SJ};jDXiZr-pywVQV`R)ed)dOp$KZcI41ej!+lz8>T@)0Nim}1XG7a-? zhyTMGS@oze`3=z`#aDhv?D=vit4JzIcG{$hO67~)4UtweT8t*yk}va&^OWN3(vSwD z>|sjj7EYRPgaSTaT5S;DrgAW9P-O~oHo>zXX))@YdB`Kn0wS|%%53(Adjr4~J!?D!yemjF-^{9h*mH6IgIJYvvEW%CtB+4ZCl{sWNNF!}CNJMl%UU`#dJ#Ly=szA1+zdB1Vp#-8n3_A)gsoBq=(q z^sj@PUe4AE12+J?wKq0)x^xgH602+S%c`TQJ=pYDtAJh&m^p?Ay{oez-+L3M<_{-l zj0f#&Cih&&VozGflV-fS zuM`VJGv(XE|~;Ny$#{mMWHdTuUJ8x55{^$v}6qqoBLb1_9jvT|X<;*lBhl zcVyvUU@k#k4IJ)TJF>B!JwJ<+Q)p#J589AC3GO-=o{GV~E#o30Sx2qv{ZMKWt1>c| zmUOC-fec%f#2;S5r{4SI&BPRcT&G z<2<}Kyq_u|?Z)U_AAPmBrs%OuH-JWba7(ldyO&ji1QjozEaBQ;(Hrdg5kIM+HX`NaFdI`*yKB_ zK6tsdKG=oGP=-cCTqwo;2rSqsFRAjNGVE1a_`BN8j1Aq@9=5tFd;J=cfK{^)UBmg! z7jc!#>YTevIZg~+#9W`PM!KSU`g$9+~~An>rFS|dlz$nY~j@bNQxY(mTK zg)$r_-7UhphbZjfF+jP^Fh(=4hw4mu&yGU*BNOO~ELQY0)mOA2P%;WBdR8-#@Xy1H%)$guL#2>lyZOkeg$^AwdiTbj0ARp8*xYN zXJq?%B$4I1R4ij*`X^bjSF&${EO9x_cSSbWHj{F3GNy8ut!gu7BbB zNJKno4alAf-DWeit%8c^(#p373&-BQWVCC2z1x~HzjK8J(Di6HIg8%`ueae{>NH~w z(6=HHuRIBPO{sR08Pmqg#f9#m_6cxi&ByTsX`JUoc4>P?w)1FoqJ1s3fv0^IXyW$5 z(LHTpUDgOb9fJZ=F~*w0E4HPT*a0wzS!WWGmG?-0;6Nd9SI14NWOyS>*Vt9 z5c)FFypDTk)y9qob`jGa%5>5X=LF0fbq>}U10VY9&Wa)EOwi~@;_v95! z>x8d7xv6ZJ+UlR6szb(gS1?;9xua9Wk;H`A{{_}7F|Ea;jEF|=>_?Vi8A{kLizIE{ z=-o%QHUKWY$mj-d(!MR?OWmQD;;F^-gHtK^^=FGS&XyxwtC^ zlld-WA|gVBfx&}lOy`d6eW$zkoeWgn?Cv`1olQAy2>|&PcKnVFInUty>L7v|_73)% z&EEXD5G=(}&XK-Kxn9_rH34SBh}3M~wlwa09t|6#8`k7rqotq z&+31b&2%g)d?$6Tl)>g2!B0YsG*Xn%S7aJ4Qf@Ck%X`m)fefY z#eoUldEL}~LmN2#>p?LYm}_r(k?LNVN70jDjH`;dD`S{+RVHo-vQED?m=6}a#ptD$ zid(^!jKL6N5|Yg|0y8wmAL*7GG2!TPA?(W=J;-mcu1^ zL5>Q!k!+updKo@3e+~?P&dzCPPE<O={W8z7wlLhgn{8#gn>DWJI|a}3nPcSrYcSjmiNuS z_^uVYmX33h4yWrV;9xYd)hK+q7z8#cFB^*mrMK>B1Fo+G<|x_&;Ap9E?_+1%OU{Gb z8{b}iC`_L4q0>9X21i3por2B4Y#7+MdLz^|Z2QXl0W1b@AJ;26PN{+Rua51uHw^B- z4#!hU5FtU5N)o4(-&eBVPL2kjC~So1;Je?tD~zE&a|&FLtu4ia5KE|@}~oqEx1vN58E(Q|BZi@xgs zOH3=!rt$^>?h2pkK!K<^n_(HKBcRu!PW?U$V0fJrtr+4f$^TQsWFb& z6ULEo$E(uEGS6PJ1b7!1ks;BcBfh#e|8eNnq`@vLn0>yd5iJd*Pj?)UpqnjxO~Kr~ zto6ghgL~G4&$mRXv&|%&AYMN&${pv9JlQ_>M^{sMGq0LxT6@eaUse_jL3NpYUviI> z-b+{1a+ip0h1gx9iV4Rn6;1hc5)H= zwPt)z0Aa5pdcMbF%~eaY@_xyfLE?S$9j7r$J@Z2>PX;C|R)ddBZbyEsK&SD}1z@b) zwawfI@~gv0b8eroI!1{>COq;s=t1;l`GU$+h79+Jj9r{rXCiF8jm9?K_JUU13jFbc zF|{Y7L!`%y40eHDN~__x>`(KG{Ic8Z0un;f-PH-!x)2Bti*nTK-Az~X;$!Y86+b~E z-yu&bylXY<#46ZCzMH)(u#c?x!R=Unb#tdwC>`x2QcR#+^C)(B*Ljy(PoAUdgZL8w z@fxidUBxoEmbD43B{~rCS(9Cly|r*GP;pOt=!k zzs7y&zgkr~;-HX2E`pR+T&d|+8pF*`D}`mmO3N_*n)E~OMgj6k&oQjbGPTaFh;~Kg zHF#DzM~jt(-K$FQ%_w3xG|LEfrdse~_e)A5L}qwS`Suysa#KI-dLL^8ik))i3>5B_ z#R*ZDWrnifIgu(?ZX<1z5@m6y$Dh10pWb7L!%(3=QmOQL`ks36W##D8l!l=9V#N|B zPaouBv!W6gl&;m$nodghuQ176{U}#t{>qOE+dbhR|L(Nu>yctE@sFs6$4wddX)yGX zzSq{((xsDa%RX%dPCa{0*gI`tEG>~G&LOB*W7(0nsglIsiCPeIMr zbVV|lE5EntK&x%NDQIfRiI<6|5UIqVQog0n{{5t{kp3RmiZO2MX57t4IMHD-HHwp) zS3KcTbU9u%58*`K-Cj;iW$2D(UA~`!sVJIFqq#`s)*w>hmZ&+vzhd`ZPA7NRI9)Rq zz#{VLSI3TO|W>a*NJ;QeF=E8|OasQYludoeb3wA0n{63{PYPun-TA~mZMedkii^yAS z%y~`9T`lD z5$bTI29INC#QeAn&8<+&R2q3Q_RXR`Zigw1w>w$xL?+t+#&F_?dE)jR{a|_wJHioi zI9^|ewE&YPH+#~f($xjThg$jupd_}75}ABrqp|`!%#IZAq`Is>q&mLobp0WvdhQ~A z7}65}9Dcc;xm48$AxV}8^Fb^URk1WS(G)Mau8$e6=(EZlaFAf71w1am`SciXn?Iz_ zmy4}q&qjQ=;@uO95ITmvBra_?b{&l9Vk7O-rN7qBwWZd6KSU*gT2aq3|A6!(Pv zxSZ%>?}o(jw7{f!KF+LuKIdednwKU>9rf6O(W}g%BVi9`KHoNFYuCXn`1-c5MsJI% zg!CoX%X!hJ@*UUQ)baa7`#MAJ0E1!X?WzVgjw85Iq%S8dVPm*lDJS#htlyi@(45y2 z7O^MAM-0@?!9bfw(U84QNwjuZI=?267&GQ{?@WL)ODVM+z_$>XA%sa?Vr z8CFGr_sbYtS8w}RkVsPvENfxMF(50?Q5L-WVAy>-iKYbyfWDe-5qbH!!Ye0r6V3sK zRQy#H^o9_yuO=!keudqZCQfCGJ|^m2%+MLMe$35@&K6O=PTKA0T6P)jwVGZdy`-?t zstp?Arz>06?H7XIS`;(}Uru8%nG3OU8~(WMx7KPd!AYAO^*VL{S(y4^rDPc?sp=<^ zH!CTUwEE@O*H#}^L=&rT`fS-0YF>NdqVtSuIVvxW^_WmfS<#F%`?kZa=h;|ja(YTd z{y51U$}t@*2f~TSi!JPFwMrVmtmt+oQX12)h>)C{99IyLNIucUgyJ2A(j*W+_NV8j;RvE;h4U1h0KMzGr6iNzM08OeSMQwY}`Q$hZ40vobF?IU=oo6KcN_n(ETp@Z0eQ94n(w6 zw@Mb~n}Tm!F1u*D#ys8HBqKPr@@KgB=2ek;3f-YrH>Y=)g#VVn&Jhm|ND37tPw8X$3O=R_4q~^mgn(-mA&p#QP4ii7cWNIc7wO++}*4IEMtj z$nS6v$5B#9G^v$Tn@{Bs&>p(Mgp@{E_TMLGGuG6A;hQVKV0Ery{0zg^ca?z{RBcF70YaK*I-k2w%>hJSAYrPiLtDg_?hToeQOQU^_`qr-FQLb(qe@%tOekm=i z)QOS|9D^C$bJ**fSY4)1F`jU^3o{u+(;>aUPN4Q(n8}LYo(d)hkE)-f-gMwPwmQA6 zhgm`#EaR-M&L1%>ithqnDV)}hYsYKed6j{CH5xS#W??s>-4_*h`_47J!2E*AJHEUU zlqd(54;zV9RwTMUVCnH?ojiFU;2Q8A)zpKm=MramjI^eYUe*VhT$j+6*#K?yq5|=t zN$*J`_n{0GJbkjE5TrT7hdI*wWb>+I%%gHxveJlRTJf~0elsG8moGgJs~X^iwW6Gb zLEqWf5??8v>CLO6{t@!-)*Y8C<`Uq2tOaOLSgj10re$_BKqFg-c4kdCsY z&Fvr_CMmmh8Pjck+ea4AUA-yO7i!po%rYbc7-~P+Hr2gkf{jZ42C%Ux7SuwyHO?_~ zKZZBF2H&EA$rvqP6aKIhq4r8ieC8q5%b=$^FSL*#EP>oK8QgXz;pS4T3+d`BBV9@V zITHR9YZFWBUQY?KS>AEFBV3Upsez_6D6Q(Dz1O%*|)FiEyn`9pyHWaW> z7SWAnZcX4^=1+V;hZTvK%Q?O&O!A`gBUPTt6iK*n2FFWYbNIIzlBm*(*ElgE;2%nr zeX8W)sgL3`BPab7Jd;ZOUf2hQg|xauQ+9#Rd_nuxof2@C`rJb8jn74Z;|!~hkDkyq zRBBqwNkyh9jXf_H8+Wy|h!%}PFMTkG5F`4ekcxxUCUE{aO$A=;eMI~FxB62#+4}XZ zWfPH6pL4(VKb23ssuSs3Xp+3plkglM^xj7onOEBNW2@;s<-uT@Yv~--pV7e!swMBY z8>${!iCXx(+gL0I-@p)MbH>?5RAl5@7?_KxS>=0)pVn($@5o@mBX0b(>~(&k0`aGN zl+1VWg6(+`Z4irwrZJQ7U!#Ua4B@>E!CBEOoC*v>;0Q;(>{f}mP{0m*>lu8@lY|we zIpjc6r)D{wvGipxRJfdV<&+QZ>#}=PBsvn$ywWjIHS0W1ojq(dhGjp6N(R>SS2%md z#%ehq3L}h)*vu9+Oe0+-Xd_Ybqeevxcm&hm5#;%vJWz%n?-2xm+KnstfojC63Ivr* zPezowgXcwva`U4ZZn*nD%Z&~={Sxt+nfX}s(oZT3w*W_x$iMf6f?t~S6og{LQKnBi80L_8Qtbm$0 z?gl>!AuA*DiXDwyFB%Q%>`u2n%rI?xfiwd)$1RuIJ!17h2WkX)pX*M!+IW>{bRL7Q ztQ{}Zlh=i18y!!M?;%hL#5jsXyk4N+CIPox7f&Y8eocqhoq^w*FgYxbW;yM9IpNxy z*Z#q{9i?xWumi`8usf8W$wm6R*~tU6i;Z#S+E_aXgP!%)d(^3Lh|g{gIx^pAAB%x) zu@Ljhj}!0473-oH5>-ZPL+N_K_rzsM#nuIn+DfV5fpEqAOwcJRI?U~ucY%kULnC~j zEoPK(hX5tLc5a?|^1ei3GzlrUSYMgc1?Br+0`xqGdu;8T!^#&xZviiDsUOo;j4$-u zm#E9tO$I$k+eVq|F$EFQfcc{LT{>zyPgqiZ8~R>yE}A4(`%d$hz66W9I5PtcE^kUb zIuHxCBGxOH)A6`V_0oGtwq_hz@kWI50TK^*-ZqS*53RqflGT_&ixc5wJ56lAY}P^E zS5zIwhr zIn1gjR$5x-w@1ksQBWtNEf#GlVa)N@I(=1sX3P+d0~ zDUCC(Y}El^o{@+={By;Fedbb8}a@tuGP} zsTQ6Kk|3`>R4r#LdWYNkfhE$0mt6|ryDSN7wiJiB5XBRAXX&!>65mocqM{YQ%bO`h zAYc$P=AN?I2%+tP2O2`oo8qST1dp^o5Qykua(fRR$u8csD2@?RTu#{ZVo;l0zHiQQ zeDbQ??)|hdDUaIw)mrQ9AnhS0qbZdB4-8Twa7_(NX!>+j-8a=wt}4k@=)u;ZZ>wdw z$PX&ty=knAWC(m@#OyLQuW%WC!kU>Ol}nU`X)9uqn8S+;UfR5XWQ^F)iIZ-aT%o@~ zMTX*l!PY%4wn!>0D0LI4Vmm-N0av-fXD38F!FvmFw|QkYp3laOu($=Cee**}1T5e| znC8)=j^Pv_J%Pm|x1{ZsSc2j>kEtYSbV$7yx?+{mos;iMf1d4mh0!_{ zfQ#!y^cX{U-Fa3HaWi`V_JYo;Qr&WuNG5RYHeF?PsHI+Eg;o$JKX*?q#z3DfP&LEM zut#+A`eKW)-Et0!swV8CdxdqEY4)8Bj28*9_`sR=XaV||LUz{I{4fOH)0bX4Y&Q{A zW-b^t@Hr(*S1zCNs2*b7JJ7XnU7*harPYjWCLzHb@#l^;(UfJ^$eeYMw zV33Y!1|tD7iqe&8?Ed;piBplfLConZR8*~g&k~qd z>`D4|+Z@9CXx5mK$6|HNij<|^UY9r3f_3me%1aLi^4A1^uz%KOvx&Gy@k+Krstfbc zoK(Vg7GYJrwYNmX;amt2Se(!5iHSevNH%%pC@;-g0df>OFF44=xU^et&Gd1HnM+T+ zk43YFD*#1<#&$AG%YV457W^>Cs0a^B9=zAC#al6;ox8`k$7WS4bVb2R6CqhZVsLil zgIb0cRas|z|HFHEH{#`{z8PM81chF66$`UdzY@|l3LY- ze>_b5BV>BZs}heDhK`L2xmac?PL+-BJIRYtn+JQD=H0e4o*Wi6Q}9qRRl!f(8n3kU zVyy_KP`f*RU3^(--(ecb!s;mBZKKo=_!*;oqif-KZRr0M67$<^T zz;?$ZA05+io>ShNIC%%E%T?*HyQxvqxI$g=(P5PC#?hI5t6Eh-ek6svNoa|@-nsg? zZYBmNA+FK&eOB>N{C=U5^0(rUXgnAi#QKx8DGnb#GVdAC8?@x+eH|t^y+#2HQ;A&) ze+r@# zD$Qle_k_rM5c)Wqo@WfYN7Pn@%1oQvF#7VN$Oxr{Il53VWW@{L3CPNMn-%B&%8*%n zD?1_VGi8f9!p)O)91Q_kS-zn#4Nal$H;3xi9-07VJ+#d=>hY!qpB4qxyU2-8OLsbw z0Ywi2H|Aee2)ga!iII4QQzXgSnF9K{7{Wq~VYPVd#;`WLv6Xy=3u$0q0Vk)gaW1N1 z%!PmYP%)sfoe6e0;Mpdi>hDt{-F{)GEvqTpgt$~F@`?3e{HTR4% zO)q={vLg@%*|Wihy#D8psjZ2kgRPw-n~|N}+18Ds%zw6a6d8T`7}AmjvOk9NA5F<2 zfBjc$6I+M7KWn~HKv!di1OuZ2>D<|7(H}o+kga^kCWVv5U7NdKpRfN+0C&<*sDvUc z%=28dFPU?H2nay^X&&8ArTmzG_lFc%ZP;IC`I$A&*{?*GwH-}qlW|Gw4#W8)t;H~(my2HC-bX#W>moj=O?am()yIq%G1 sf3^YmqktcGr~VLNV)0dTKkij2${<39%~`g`C72G#Q1N&O8E!ED4^`+Op8x;= literal 0 HcmV?d00001