Question: iupac name of element with atomic number 107
[{'answer': 'Bohrium', 'provenance': [{'wikipedia_id': '4194', 'title': 'Bohrium', 'start_paragraph_id': 0, 'start_character': 0, 'end_paragraph_id': 0, 'end_character': 7, 'bleu_score': 1.0, 'section': 'Section::::Abstract.'}]}, {'answer': 'bohrium', 'provenance': [{'wikipedia_id': '4194', 'title': 'Bohrium', 'start_paragraph_id': 2, 'start_character': 248, 'end_paragraph_id': 2, 'end_character': 255, 'bleu_score': 1.0, 'section': 'Section::::Abstract.'}]}, {'provenance': [{'wikipedia_id': '4194', 'title': 'Bohrium', 'start_paragraph_id': 1, 'start_character': 0, 'end_paragraph_id': 1, 'end_character': 388, 'bleu_score': 0.9492177523638841, 'meta': {'yes_no_answer': 'NONE', 'annotation_id': 6542953979477898052}, 'section': 'Section::::Abstract.'}]}, {'provenance': [{'wikipedia_id': '4194', 'title': 'Bohrium', 'start_paragraph_id': 0, 'start_character': 0, 'end_paragraph_id': 0, 'end_character': 0, 'bleu_score': 1.0, 'meta': {'yes_no_answer': 'NONE', 'annotation_id': 6542953979477898052}, 'section': 'Section::::Abstract.'}]}, {'provenance': [{'wikipedia_id': '4194', 'title': 'Bohrium', 'start_paragraph_id': 10, 'start_character': 0, 'end_paragraph_id': 10, 'end_character': 905, 'bleu_score': 0.9866213202385071, 'meta': {'yes_no_answer': 'NONE', 'annotation_id': 6542953979477898052}, 'section': 'Section::::History.:Proposed names.\n'}]}, {'provenance': [{'wikipedia_id': '4194', 'title': 'Bohrium', 'section': 'Section::::History.:Proposed names.\n', 'start_paragraph_id': 10, 'end_paragraph_id': 10, 'meta': {'evidence_span': ['In 1994 a committee of IUPAC recommended that element 107 be named "bohrium", not "nielsbohrium", since there was no precedence for using a scientist\'s complete name in the naming of an element.', 'There was an element naming controversy as to what the elements from 104 to 106 were to be called; the IUPAC adopted "unnilseptium" (symbol "Uns") as a temporary, systematic element name for this element. In 1994 a committee of IUPAC recommended that element 107 be named "bohrium", not "nielsbohrium", since there was no precedence for using a scientist\'s complete name in the naming of an element. This was opposed by the discoverers as there was some concern that the name might be confused with boron and in particular the distinguishing of the names of their respective oxyanions, "bohrate" and "borate". The matter was handed to the Danish branch of IUPAC which, despite this, voted in favour of the name "bohrium", and thus the name "bohrium" for element 107 was recognized internationally in 1997; the names of the respective oxyanions of boron and bohrium remain unchanged despite their homophony. Bohrium has no stable or naturally occurring isotopes. Several radioactive isotopes have been synthesized in the laboratory, either by fusing two atoms or by observing the decay of heavier elements. Twelve different', 'There was an element naming controversy as to what the elements from 104 to 106 were to be called; the IUPAC adopted "unnilseptium" (symbol "Uns") as a temporary, systematic element name for this element. In 1994 a committee of IUPAC recommended that element 107 be named "bohrium", not "nielsbohrium", since there was no precedence for using a scientist\'s complete name in the naming of an element. This was opposed by the discoverers as there was some concern that the name might be confused with boron and in particular the distinguishing of the names of their respective oxyanions, "bohrate" and "borate". The matter was handed to the Danish branch of IUPAC which, despite this, voted in favour of the name "bohrium", and thus the name "bohrium" for element 107 was recognized internationally in 1997; the names of the respective oxyanions of boron and bohrium remain unchanged despite their homophony. Bohrium has no stable or naturally occurring isotopes. Several radioactive isotopes have been synthesized in the laboratory, either by fusing two atoms or by observing the decay of heavier elements. Twelve different']}}]}, {'provenance': [{'wikipedia_id': '4194', 'title': 'Bohrium', 'section': 'Section::::Abstract.', 'start_paragraph_id': 2, 'end_paragraph_id': 2, 'meta': {'evidence_span': ['In the periodic table of the elements, it is a d-block transactinide element. It is a member of the 7th period and belongs to the group 7 elements as the fifth member of the 6d series of transition metals. Chemistry experiments have confirmed that bohrium behaves as the heavier homologue to rhenium in group 7. The chemical properties of bohrium are characterized only partly, but they compare well with the chemistry of the other group 7 elements.', 'In the periodic table of the elements, it is a d-block transactinide element. It is a member of the 7th period and belongs to the group 7 elements as the fifth member of the 6d series of transition metals. Chemistry experiments have confirmed that bohrium behaves as the heavier homologue to rhenium in group 7. The chemical properties of bohrium are characterized only partly, but they compare well with the chemistry of the other group 7 elements.']}}]}]