DOI: 10.57760/sciencedb.19077
title: Wideband Electromagnetic Pulse Detector (WEMPD) example waveforms, physical parameters, and global geographical distributions
title: Wideband Electromagnetic Pulse Detector (WEMPD) example waveforms, physical parameters, and global geographical distributions

description: Abstract: This data set contains two types of WEMPD data. 1) The first are time domain waveforms of three events with the sample band of 25—75 MHz and the sample rate of 160 MHz. 2) The second type is physical parameters, and global geographical distributions of WEMPD events.Data set 1:Consists of three files. Each file contains a header with the WEMPD event time in UTC+8, the sample band of 25—75 MHz, the sample rate of 160 MHz, the sliding window 320 samples, and the sliding step size 304 samples. Data following the header are time-frequency distribution of the electric field in 10log10(V2/m2/Hz).Filenames are:WTIPP_waveform_20231116_073826.784289706.xlsxNTIPP_waveform_20230923_071911.320368156.xlsxNTISP_waveform_20230731_174408.358741681.xlsxData set 2:Consists of three files. Filenames are:WTIPPs_physical parameters_locations.xlsxNTIPPs_physical parameters_locations.xlsxNTISPs_physical parameters_locations.xlsxWTIPPs and NTIPPs have the same header file. Columns are:1.   UTC+8 yyyy-MM-dd HH:mm:ss2.   Second3.   TEC obtained by ‘dechirping’ (electrons/m2, tec_dec in header)4.   Peak power of the first pulse in TIPP (V2/m2, peak_power_1 in header)5.   Peak power of the second pulse in TIPP (V2/m2, peak_power_2 in header)6.   Time separation in TIPP (second, intra-pair separation in header)7.   Pulse energy ratio in TIPP (dimensionless, pulse energy ratio in header)8.   Full-width-half-maximum of the first pulse in TIPP (second, pulse_width_1)9.   Full-width-half-maximum of the second pulse in TIPP (second, pulse_width_2)10. Latitude of the satellite (degrees, sat_lat in header)11. Longitude of the satellite (degrees, sat_lon in header)12. Altitude of the satellite (degrees, sat_alt in header)13. Latitude of the event determined by the MSDN-CAL method (degrees, MSDN_CAL_lat in header)14. Longitude of the event determined by the MSDN-CAL method (degrees, MSDN_CAL_lon in header)15. Altitude of the event determined by the MSDN-CAL method (degrees, MSDN_CAL_alt in header)16. Distance between the two when the satellite records the event (km, range_sat_event in header)17. Effective radiated power of the first pulse in TIPP (W, ERP in header)For NTISPs, Columns are:1.   UTC+8 yyyy-MM-dd HH:mm:ss2.   Second3.   TEC obtained by ‘dechirping’ (electrons/m2, tec_dec in header)4.   Peak power of the pulse (V2/m2, peak_power in header)5.   Full-width-half-maximum of the pulse (second, pulse_width)6.   Latitude of the satellite (degrees, sat_lat in header)7.   Longitude of the satellite (degrees, sat_lon in header)8.   Altitude of the satellite (degrees, sat_alt in header)9.   Latitude of the event determined by the MSDN-CAL method (degrees, MSDN_CAL_lat in header)10. Longitude of the event determined by the MSDN-CAL method (degrees, MSDN_CAL_lon in header)
description: Abstract: This data set contains two types of WEMPD data. 1) The first are time domain waveforms of three events with the sample band of 25—75 MHz and the sample rate of 160 MHz. 2) The second type is physical parameters, and global geographical distributions of WEMPD events.Data set 1:Consists of three files. Each file contains a header with the WEMPD event time in UTC+8, the sample band of 25—75 MHz, the sample rate of 160 MHz, the sliding window 320 samples, and the sliding step size 304 samples. Data following the header are time-frequency distribution of the electric field in 10log10(V2/m2/Hz).Filenames are:WTIPP_waveform_20231116_073826.784289706.xlsxNTIPP_waveform_20230923_071911.320368156.xlsxNTISP_waveform_20230731_174408.358741681.xlsxData set 2:Consists of three files. Filenames are:WTIPPs_physical parameters_locations.xlsxNTIPPs_physical parameters_locations.xlsxNTISPs_physical parameters_locations.xlsxWTIPPs and NTIPPs have the same header file. Columns are:1.   UTC+8 yyyy-MM-dd HH:mm:ss2.   Second3.   TEC obtained by ‘dechirping’ (electrons/m2, tec_dec in header)4.   Peak power of the first pulse in TIPP (V2/m2, peak_power_1 in header)5.   Peak power of the second pulse in TIPP (V2/m2, peak_power_2 in header)6.   Time separation in TIPP (second, intra-pair separation in header)7.   Pulse energy ratio in TIPP (dimensionless, pulse energy ratio in header)8.   Full-width-half-maximum of the first pulse in TIPP (second, pulse_width_1)9.   Full-width-half-maximum of the second pulse in TIPP (second, pulse_width_2)10. Latitude of the satellite (degrees, sat_lat in header)11. Longitude of the satellite (degrees, sat_lon in header)12. Altitude of the satellite (degrees, sat_alt in header)13. Latitude of the event determined by the MSDN-CAL method (degrees, MSDN_CAL_lat in header)14. Longitude of the event determined by the MSDN-CAL method (degrees, MSDN_CAL_lon in header)15. Altitude of the event determined by the MSDN-CAL method (degrees, MSDN_CAL_alt in header)16. Distance between the two when the satellite records the event (km, range_sat_event in header)17. Effective radiated power of the first pulse in TIPP (W, ERP in header)For NTISPs, Columns are:1.   UTC+8 yyyy-MM-dd HH:mm:ss2.   Second3.   TEC obtained by ‘dechirping’ (electrons/m2, tec_dec in header)4.   Peak power of the pulse (V2/m2, peak_power in header)5.   Full-width-half-maximum of the pulse (second, pulse_width)6.   Latitude of the satellite (degrees, sat_lat in header)7.   Longitude of the satellite (degrees, sat_lon in header)8.   Altitude of the satellite (degrees, sat_alt in header)9.   Latitude of the event determined by the MSDN-CAL method (degrees, MSDN_CAL_lat in header)10. Longitude of the event determined by the MSDN-CAL method (degrees, MSDN_CAL_lon in header)