Replication Data for: Multi-scale Measurements of Mesospheric Aerosols and Electrons During the MAXIDUSTY campaigndoi:10.18710/N8GF1UDataverseNO2018-06-182Antonsen, Tarjei; Havnes, Ove; Spicher, Andres, 2018, "Replication Data for: Multi-scale Measurements of Mesospheric Aerosols and Electrons During the MAXIDUSTY campaign", https://doi.org/10.18710/N8GF1U, DataverseNO, V2, UNF:6:zywD0ja2Mrpg+CrL99jo/A== [fileUNF]Replication Data for: Multi-scale Measurements of Mesospheric Aerosols and Electrons During the MAXIDUSTY campaigndoi:10.18710/N8GF1UAntonsen, TarjeiHavnes, OveSpicher, AndresUiT The Arctic University of Norway240065DataverseNOUiT The Arctic University of NorwayAntonsen, TarjeiAntonsen, Tarjei2018-06-15PhysicsMesospheric dustIce particlesElectron densitybite-outwavelet analysisradar measurementsdensity fluctuationsmulti-scale dust measurementsContains replication data for figures in: "Multi-scale Measurements of Mesospheric Aerosols and Electrons During the MAXIDUSTY campaign"
Producer: UiT The Arctic University of Norway
Contact: tarjei.antonsen@uit.no
Funding agency, Norwegian research Council, Grant number 240065.
Regarding the dust data:
DUSTY probe:
BP.txt contains the bottomplate current and height vector.
G2.txt contains the Grid 2 current and height vectors. Ambient current is subtracted.
The data can be used to reproduce all figures.
Column 1 is Height in km.
Column 2 is net current in nano amperes(nA).
MUDD probe:
There is one file for each respective retarding potential for each respective MUDD-probe. The altitude is given in the same file, i.e. the left column gives payload altitude in meters, and the right column gives MUDD bottom plate potential in nano-Amperes.
'M1BBP_m2.txt' contains the data for MUDD-1 on MXD-1B, for retarding potential -2V ("m2").
NB: Note that this is retarding for negative particles, so that a negative potential becomes attractive.
Regarding the ELECTRON DENSITY DATA:
The electron densities are presented in .CSV-files.
'ne_mnlp_MXD1' gives the in m^-3, and 'time_mnlp_MXD1' gives the time in seconds.
Regarding the RADAR DATA:
The data for the respective flights are gathered in two text-files with filename indicating the corresponding flight. The integration time was 2 minutes. The SNR data is from along the rocket trajectory.
Column 1 is height in km.
Column 2 is SNR 2 minutes before launch
Column 3 is SNR 2 minutes after launch.Antonsen, T., Havnes, O., & Spicher, A. (2019). Multi-scale measurements of mesospheric aerosols and electrons during the MAXIDUSTY campaign. Atmospheric Measurement Techniques, 12(4), 2139-2153.10.5194/amt-12-2139-2019Antonsen, T., Havnes, O., & Spicher, A. (2019). Multi-scale measurements of mesospheric aerosols and electrons during the MAXIDUSTY campaign. Atmospheric Measurement Techniques, 12(4), 2139-2153.ne_mNLP_MXD1B.tab26756061text/tab-separated-valuesUNF:6:UEW7FZAEefZb2IQaQAqWLw==time_mNLP_MXD1B.tab26756061text/tab-separated-valuesUNF:6:SpuvETD5arO3tMe7FFhhKA==8.697e+091.291E11-1.00.0.2675606.02.887E121.1486085626957718E111.246386496899943E11UNF:6:UEW7FZAEefZb2IQaQAqWLw==25.0382.88.978868327262672675606.0179.154333.2725.0383179.154138586073170.0UNF:6:SpuvETD5arO3tMe7FFhhKA==001_README.txtDescription of filestext/plainDUSTY1B.txt DUSTY 1 on MXD 1Btext/plainDUSTY2B.txtDUSTY 2 on MXD 1Btext/plainM1BBP_m2.txtMUDD 1 total current on MXD1Btext/plainM3BBP_m2.txtMUDD 3 total current on MXD1Btext/plainRadarMXD1.txtRadar SNR along trajectory first flighttext/plainRadarMXD1B.txtRadar SNR along trajectory second flighttext/plain