key	value
@data_info@identifier@pid	spring8.04923755-acb8-4097-9bb9-f357232d4bd2
@data_info@identifier@proposal_number	2014S0000
@data_info@identifier@register_name	/SPring-8/BL14B2/XAFS_Standard/Ir/L1/111/IrCl3_3H2O
@data_info@date@create_time	2020-10-09 11:10:50
@data_info@date@update_time	2021-03-19 18:47:01
@data_info@access_rights	open
@data_info@contact_name@affiliation@organization	JASRI
@data_info@contact_name@name	Industrial Application and Partnership Division
@data_info@contact_name@role	organization
@data_info@data_depositor@affiliation@organization	JASRI
@data_info@data_depositor@name	Hironori Ofuchi
@data_info@facility	SPring-8
@data_info@class_name	BL14B2
@data_info@disk_name	XAFS_Standard
@data_info@title_ja	標準試料
@data_info@title	Standard Sample
@facility@ring@end_current	99.5
@facility@ring@end_current_unit	mA
@facility@ring@energy	8.0
@facility@ring@energy_unit	GeV
@facility@ring@filling_pattern	203 bunches
@facility@ring@filling_pattern_mode	A
@facility@ring@start_current	99.5
@facility@ring@start_current_unit	mA
@sample_0@chemical_formula	IrCl3_3H2O
@sample_0@lot_number	4914432
@sample_0@model_number	IRH01XB
@sample_0@name	Iridium(III) chloride，hydrous
@sample_0@supplier	KOJUNDO CHEMICAL LABORATORY
@measurement@date@end_time	2020-07-16 12:16:00
@measurement@date@start_time	2020-07-16 12:10:00
@measurement@method@absorption_edge	Ir L21-edge
@measurement@method@category	spectroscopy
@measurement@method@detection	Transmission( 2)
@measurement@method@sub_category	XAFS
@measurement@scan_mode	angle axis (1)
@instrument@monochrometer@distance	3.13551
@instrument@monochrometer@distance_unit	A
@instrument@monochrometer@net_plane	Si(111)
@instrument@monochrometer@section_0@start_energy	9.11
@instrument@monochrometer@section_0@start_energy_unit	deg
@instrument@monochrometer@section_0@step_energy	-0.00023
@instrument@monochrometer@section_0@step_energy_unit	deg
@instrument@monochrometer@section_0@end_energy	7.6
@instrument@monochrometer@section_0@end_energy_unit	deg
@instrument@monochrometer@section_0@dwell_time	50.0
@instrument@monochrometer@section_0@dwell_time_unit	ms
@instrument@slit_0@name	4Dslit
@instrument@slit_0@vertical_size	1.0
@instrument@slit_0@vertical_size_unit	mm
@instrument@slit_0@horizontal_size	5.0
@instrument@slit_0@horizontal_size_unit	mm
@instrument@xafs@I0@element_0@type	Ion Chamber
@instrument@xafs@I0@element_0@gas	N2 100%
@instrument@xafs@I0@element_0@HV	1000.0
@instrument@xafs@I0@element_0@HV_unit	V
@instrument@xafs@I0@element_0@amp_gain	100000000.0
@instrument@xafs@I0@element_0@amp_gain_unit	V/A
@instrument@xafs@I0@element_number	1
@instrument@xafs@I1@element_0@type	Ion Chamber
@instrument@xafs@I1@element_0@gas	N2 70% + Ar 30%
@instrument@xafs@I1@element_0@HV	1000.0
@instrument@xafs@I1@element_0@HV_unit	V
@instrument@xafs@I1@element_0@amp_gain	10000000.0
@instrument@xafs@I1@element_0@amp_gain_unit	V/A
@instrument@xafs@I1@element_number	1
@local@measurement_time	328.0
@local@measurement_time_unit	sec
@local@xafs_filename_list_0	Ir-L21_IrCl3_3H2O_Si111_50ms_200716.dat
@local@xafs_processed_data_format_0@extension	ex3
@local@xafs_processed_data_format_0@format	Rex2000
@local@xafs_processed_data_format_0@columns_0@name	photon energy
@local@xafs_processed_data_format_0@columns_0@unit	eV
@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	xafs_raw_data_format[0].columns
@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	absorption coefficient mu*t
@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	xafs_raw_data_format[0].columns
@local@xafs_processed_data_format_1@extension	txt
@local@xafs_processed_data_format_1@format	Athena
@local@xafs_processed_data_format_1@columns_0@name	photon energy
@local@xafs_processed_data_format_1@columns_0@unit	eV
@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	xafs_raw_data_format[0].columns
@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	absorption coefficient mu*t
@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	xafs_raw_data_format[0].columns
@local@xafs_raw_data_format_0@extension	dat
@local@xafs_raw_data_format_0@format	PF9809
@local@xafs_raw_data_format_0@parameter@D	monochrometer distance
@local@xafs_raw_data_format_0@columns_0@name	monochrometer angle (setting value of PC)
@local@xafs_raw_data_format_0@columns_0@unit	deg
@local@xafs_raw_data_format_0@columns_1@name	monochrometer angle (encoder value)
@local@xafs_raw_data_format_0@columns_1@unit	deg
@local@xafs_raw_data_format_0@columns_2@name	dwell time
@local@xafs_raw_data_format_0@columns_2@unit	sec
@local@xafs_raw_data_format_0@columns_3@name	intensity I0
@local@xafs_raw_data_format_0@columns_3@unit	count
@local@xafs_raw_data_format_0@columns_4@name	intensity I1
@local@xafs_raw_data_format_0@columns_4@unit	count