# Fileset [RDEmetainfo.xml](https://mdr.nims.go.jp/filesets/2a477017-ac9d-4b92-9ae1-276497f5ac31/download) ## Creator [Masashi Ishii](https://orcid.org/0000-0003-0357-2832), Industrial Application and Partnership Division ## Rights Creative Commons BY Attribution 4.0 International[Creative Commons BY Attribution 4.0 International](https://creativecommons.org/licenses/by/4.0/) ## Other metadata [XAFS spectrum of Nickel acetate hydrous](https://mdr.nims.go.jp/datasets/14d10007-f2d7-4c26-b23d-e3d84a02893e) ## Fulltext mandatory mandatory 1 column Title タイトル XAFS spectrum of Nickel acetate, hydrous File Name ファイル名 spring8.9515081e-7fd1-429a-93fa-94f597d29d8c.zip Description 説明 This dataset consists of X-ray absorption fine structure (XAFS) spectra at Ni K-edge of Nickel acetate, hydrous measured at SPring-8 BL14B2, and is a part of XAFS database (MDR XAFS DB, https://doi.org/10.48505/nims.1447) as a collection of MDR Data Origin データの起源 experiments Contact Person データ責任者 Industrial Application and Partnership Division Data Creator データ作成者 ISHII, Masashi instrument instrument 1 column instrument_name instrument_name BL14B2_XAFS maker maker Japan Synchrotron Radiation Research Institute instrumentation instrumentation Japan Synchrotron Radiation Research Institute method_category method_category 分光法(X線吸収分光法) description description SPring-8 Engineering Science Research Beamline XAFS setup specimen specimen_meta 1 column Specimen_ID 試料ID 69138264 Description 説明 Standard Sample General name 一般名称 Nickel acetate, hydrous Chemical composition 化学組成 Ni(C2H3O2)2_xH2O Material Type 物質タイプ Acetate Material Sub Category 物質サブカテゴリー Nickel acetate, hydrous Structural Features 構造的特長 局所構造 Structural Sub Category 構造サブカテゴリー 動径分布関数 supplier 製造者・購入先 KOJUNDO CHEMICAL LABORATORY Lot No. /Product No. etc ロット番号/製造番号など NIH03XB measurement measurement_meta 1 column Method category 計測法カテゴリー 分光法 Method sub-category 計測法サブカテゴリー X線吸収分光法 Analysis field 分析分野 結晶学 Measurement environment 測定環境 空気中 Energy Level_Transition_Structure etc. of interst 対象準位_遷移_構造 Ni K-edge Measurement date 分析年月日 2013-11-27 Standardized procedure 標準手順 Transmission( 2) Instrumentation site 装置設置場所 SPring-8/BL14B2 Reference 参考文献 T. Honda, SPring-8/SACLA Information Vol.12 (2007) 276-278. measurement 1 column @data_info@identifier@pid @data_info@identifier@pid spring8.9515081e-7fd1-429a-93fa-94f597d29d8c @data_info@identifier@proposal_number @data_info@identifier@proposal_number 2014S0000 @data_info@identifier@register_name @data_info@identifier@register_name /SPring-8/BL14B2/XAFS_Standard/Ni/K/111/Ni(C2H3O2)2_xH2O @data_info@date@create_time @data_info@date@create_time 2020-01-15 19:43:27 @data_info@date@update_time @data_info@date@update_time 2021-03-19 18:01:39 @data_info@access_rights @data_info@access_rights open @data_info@contact_name@affiliation@organization @data_info@contact_name@affiliation@organization JASRI @data_info@contact_name@name @data_info@contact_name@name Industrial Application and Partnership Division @data_info@contact_name@role @data_info@contact_name@role organization @data_info@data_depositor@affiliation@organization @data_info@data_depositor@affiliation@organization JASRI @data_info@data_depositor@name @data_info@data_depositor@name Hironori Ofuchi @data_info@facility @data_info@facility SPring-8 @data_info@class_name @data_info@class_name BL14B2 @data_info@disk_name @data_info@disk_name XAFS_Standard @data_info@title_ja @data_info@title_ja 標準試料 @data_info@title @data_info@title Standard Sample @facility@ring@end_current @facility@ring@end_current 99.5 @facility@ring@end_current_unit @facility@ring@end_current_unit mA @facility@ring@energy @facility@ring@energy 8.0 @facility@ring@energy_unit @facility@ring@energy_unit GeV @facility@ring@filling_pattern @facility@ring@filling_pattern 203 bunches @facility@ring@filling_pattern_mode @facility@ring@filling_pattern_mode A @facility@ring@start_current @facility@ring@start_current 99.5 @facility@ring@start_current_unit @facility@ring@start_current_unit mA @sample_0@chemical_formula @sample_0@chemical_formula Ni(C2H3O2)2_xH2O @sample_0@lot_number @sample_0@lot_number 3640733 @sample_0@model_number @sample_0@model_number NIH03XB @sample_0@name @sample_0@name Nickel acetate, hydrous @sample_0@supplier @sample_0@supplier KOJUNDO CHEMICAL LABORATORY @measurement@date@end_time @measurement@date@end_time 2013-11-27 00:30:00 @measurement@date@start_time @measurement@date@start_time 2013-11-27 00:29:00 @measurement@method@absorption_edge @measurement@method@absorption_edge Ni K-edge @measurement@method@category @measurement@method@category spectroscopy @measurement@method@detection @measurement@method@detection Transmission( 2) @measurement@method@sub_category @measurement@method@sub_category XAFS @measurement@scan_mode @measurement@scan_mode angle axis (1) @instrument@monochrometer@distance @instrument@monochrometer@distance 3.13551 @instrument@monochrometer@distance_unit @instrument@monochrometer@distance_unit A @instrument@monochrometer@net_plane @instrument@monochrometer@net_plane Si(111) @instrument@monochrometer@section_0@start_energy @instrument@monochrometer@section_0@start_energy 14.4 @instrument@monochrometer@section_0@start_energy_unit @instrument@monochrometer@section_0@start_energy_unit deg @instrument@monochrometer@section_0@step_energy @instrument@monochrometer@section_0@step_energy -0.0006 @instrument@monochrometer@section_0@step_energy_unit @instrument@monochrometer@section_0@step_energy_unit deg @instrument@monochrometer@section_0@end_energy @instrument@monochrometer@section_0@end_energy 11.5 @instrument@monochrometer@section_0@end_energy_unit @instrument@monochrometer@section_0@end_energy_unit deg @instrument@monochrometer@section_0@dwell_time @instrument@monochrometer@section_0@dwell_time 10.0 @instrument@monochrometer@section_0@dwell_time_unit @instrument@monochrometer@section_0@dwell_time_unit ms @instrument@slit_0@name @instrument@slit_0@name 4Dslit @instrument@slit_0@vertical_size @instrument@slit_0@vertical_size 1.0 @instrument@slit_0@vertical_size_unit @instrument@slit_0@vertical_size_unit mm @instrument@slit_0@horizontal_size @instrument@slit_0@horizontal_size 5.0 @instrument@slit_0@horizontal_size_unit @instrument@slit_0@horizontal_size_unit mm @instrument@xafs@I0@element_0@type @instrument@xafs@I0@element_0@type Ion Chamber @instrument@xafs@I0@element_0@gas @instrument@xafs@I0@element_0@gas N2 100% @instrument@xafs@I0@element_0@HV @instrument@xafs@I0@element_0@HV 1000.0 @instrument@xafs@I0@element_0@HV_unit @instrument@xafs@I0@element_0@HV_unit V @instrument@xafs@I0@element_0@amp_gain @instrument@xafs@I0@element_0@amp_gain 100000000.0 @instrument@xafs@I0@element_0@amp_gain_unit @instrument@xafs@I0@element_0@amp_gain_unit V/A @instrument@xafs@I0@element_number @instrument@xafs@I0@element_number 1 @instrument@xafs@I1@element_0@type @instrument@xafs@I1@element_0@type Ion Chamber @instrument@xafs@I1@element_0@gas @instrument@xafs@I1@element_0@gas N2 80% + Ar 20% @instrument@xafs@I1@element_0@HV @instrument@xafs@I1@element_0@HV 1000.0 @instrument@xafs@I1@element_0@HV_unit @instrument@xafs@I1@element_0@HV_unit V @instrument@xafs@I1@element_0@amp_gain @instrument@xafs@I1@element_0@amp_gain 10000000.0 @instrument@xafs@I1@element_0@amp_gain_unit @instrument@xafs@I1@element_0@amp_gain_unit V/A @instrument@xafs@I1@element_number @instrument@xafs@I1@element_number 1 @local@measurement_time @local@measurement_time 48.0 @local@measurement_time_unit @local@measurement_time_unit sec @local@xafs_filename_list_0 @local@xafs_filename_list_0 Ni-K_Ni(C2H3O2)2_xH2O_Si111_10ms_131127.dat @local@xafs_processed_data_format_0@extension @local@xafs_processed_data_format_0@extension ex3 @local@xafs_processed_data_format_0@format @local@xafs_processed_data_format_0@format Rex2000 @local@xafs_processed_data_format_0@columns_0@name @local@xafs_processed_data_format_0@columns_0@name photon energy @local@xafs_processed_data_format_0@columns_0@unit @local@xafs_processed_data_format_0@columns_0@unit eV @local@xafs_processed_data_format_0@columns_0@formula @local@xafs_processed_data_format_0@columns_0@formula 12398/(2*D*math.sin(columns[1])) @local@xafs_processed_data_format_0@columns_0@input@columns @local@xafs_processed_data_format_0@columns_0@input@columns xafs_raw_data_format[0].columns @local@xafs_processed_data_format_0@columns_0@input@D @local@xafs_processed_data_format_0@columns_0@input@D xafs_raw_data_format[0].parameter.D @local@xafs_processed_data_format_0@columns_1@name @local@xafs_processed_data_format_0@columns_1@name absorption coefficient mu*t @local@xafs_processed_data_format_0@columns_1@formula @local@xafs_processed_data_format_0@columns_1@formula math.log(columns[3]/columns[4]) @local@xafs_processed_data_format_0@columns_1@input@columns @local@xafs_processed_data_format_0@columns_1@input@columns xafs_raw_data_format[0].columns @local@xafs_processed_data_format_1@extension @local@xafs_processed_data_format_1@extension txt @local@xafs_processed_data_format_1@format @local@xafs_processed_data_format_1@format Athena @local@xafs_processed_data_format_1@columns_0@name @local@xafs_processed_data_format_1@columns_0@name photon energy @local@xafs_processed_data_format_1@columns_0@unit @local@xafs_processed_data_format_1@columns_0@unit eV @local@xafs_processed_data_format_1@columns_0@formula @local@xafs_processed_data_format_1@columns_0@formula 12398/(2*D*math.sin(columns[1])) @local@xafs_processed_data_format_1@columns_0@input@columns @local@xafs_processed_data_format_1@columns_0@input@columns xafs_raw_data_format[0].columns @local@xafs_processed_data_format_1@columns_0@input@D @local@xafs_processed_data_format_1@columns_0@input@D xafs_raw_data_format[0].parameter.D @local@xafs_processed_data_format_1@columns_1@name @local@xafs_processed_data_format_1@columns_1@name absorption coefficient mu*t @local@xafs_processed_data_format_1@columns_1@formula @local@xafs_processed_data_format_1@columns_1@formula math.log(columns[3]/columns[4]) @local@xafs_processed_data_format_1@columns_1@input@columns @local@xafs_processed_data_format_1@columns_1@input@columns xafs_raw_data_format[0].columns @local@xafs_raw_data_format_0@extension @local@xafs_raw_data_format_0@extension dat @local@xafs_raw_data_format_0@format @local@xafs_raw_data_format_0@format PF9809 @local@xafs_raw_data_format_0@parameter@D @local@xafs_raw_data_format_0@parameter@D monochrometer distance @local@xafs_raw_data_format_0@columns_0@name @local@xafs_raw_data_format_0@columns_0@name monochrometer angle (setting value of PC) @local@xafs_raw_data_format_0@columns_0@unit @local@xafs_raw_data_format_0@columns_0@unit deg @local@xafs_raw_data_format_0@columns_1@name @local@xafs_raw_data_format_0@columns_1@name monochrometer angle (encoder value) @local@xafs_raw_data_format_0@columns_1@unit @local@xafs_raw_data_format_0@columns_1@unit deg @local@xafs_raw_data_format_0@columns_2@name @local@xafs_raw_data_format_0@columns_2@name dwell time @local@xafs_raw_data_format_0@columns_2@unit @local@xafs_raw_data_format_0@columns_2@unit sec @local@xafs_raw_data_format_0@columns_3@name @local@xafs_raw_data_format_0@columns_3@name intensity I0 @local@xafs_raw_data_format_0@columns_3@unit @local@xafs_raw_data_format_0@columns_3@unit count @local@xafs_raw_data_format_0@columns_4@name @local@xafs_raw_data_format_0@columns_4@name intensity I1 @local@xafs_raw_data_format_0@columns_4@unit @local@xafs_raw_data_format_0@columns_4@unit count measurement_raw spring8.9515081e-7fd1-429a-93fa-94f597d29d8c 2014S0000 /SPring-8/BL14B2/XAFS_Standard/Ni/K/111/Ni(C2H3O2)2_xH2O 2020-01-15 19:43:27 2021-03-19 18:01:39 open JASRI Industrial Application and Partnership Division organization JASRI Hironori Ofuchi SPring-8 BL14B2 XAFS_Standard 標準試料 Standard Sample 99.5 mA 8.0 GeV 203 bunches A 99.5 mA Ni(C2H3O2)2_xH2O 3640733 NIH03XB Nickel acetate, hydrous KOJUNDO CHEMICAL LABORATORY 2013-11-27 00:30:00 2013-11-27 00:29:00 Ni K-edge spectroscopy Transmission( 2) XAFS angle axis (1) 3.13551 A Si(111) 14.4 deg -0.0006 deg 11.5 deg 10.0 ms 4Dslit 1.0 mm 5.0 mm Ion Chamber N2 100% 1000.0 V 100000000.0 V/A 1 Ion Chamber N2 80% + Ar 20% 1000.0 V 10000000.0 V/A 1 48.0 sec Ni-K_Ni(C2H3O2)2_xH2O_Si111_10ms_131127.dat ex3 Rex2000 photon energy eV 12398/(2*D*math.sin(columns[1])) xafs_raw_data_format[0].columns xafs_raw_data_format[0].parameter.D absorption coefficient mu*t math.log(columns[3]/columns[4]) xafs_raw_data_format[0].columns txt Athena photon energy eV 12398/(2*D*math.sin(columns[1])) xafs_raw_data_format[0].columns xafs_raw_data_format[0].parameter.D absorption coefficient mu*t math.log(columns[3]/columns[4]) xafs_raw_data_format[0].columns dat PF9809 monochrometer distance monochrometer angle (setting value of PC) deg monochrometer angle (encoder value) deg dwell time sec intensity I0 count intensity I1 count