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1 to 10 of 15 Results

Archive of 0D simulations of the CO2 vibrational kinetics Jul 27, 2022 Kotov, Vladislav, 2022, "Archive of 0D simulations of the CO2 vibrational kinetics", https://doi.org/10.26165/JUELICH-DATA/IHO9NP, Jülich DATA, V2 Archive of the results of 0D simulations of the CO2 vibrational kinetics for conditions which mimic those behind shock fronts and in gas discharges. Only CO2 molecules, two-modes approximation [V Kotov, Plasma Sources Sci. Technol, vol. 30 (2021) 055003]
CO2_0D_vibrational_kinetics_results.tgz Jul 27, 2022 - Archive of 0D simulations of the CO2 vibrational kinetics TAR Archive - 1.5 GB - SHA-256: 95b588cc7d64298ab3303ada6b4ec9652f43aa2056dbb323825c44f963f7c2ec
Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra Sep 2, 2021 Koslowski, Hans Rudolf, 2021, "Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra", https://doi.org/10.26165/JUELICH-DATA/2GRSPN, Jülich DATA, V1 This repository provides the raw data, the fitting results, and the GNU octave codes used for the low energy ion scattering spectra fits (figures 1, 7 and 8) in the publication H. R. Koslowski and Ch. Linsmeier 2021 "Derivation of an Improved Semi-empirical Expression for the Re-...
20190319_1659_He_WCrY_1000_140_20_5000.dat Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra chemical/x-mopac-input - 6.4 KB - SHA-256: d08bd13996e8bdbb78ef0fa088f758865ad1409083f693ba13cda6b50bfe7845 LEIS experimental spectrum data; ASCII, two columns: E (energy, eV) and N (counts)
20190319_1659_He_WCrY_1000_140_20_5000.fit Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra application/x-fityk - 18.3 KB - SHA-256: b2e3edc244dc5794e25775411a6d23cb3d4f70325e9291c58ba80e3255d34877 fitted spectrum; file contains experimental data, individual peaks and backgrounds, and sum of all contributions; ASCII, multiple columns, first row are column headers
20190319_1659_He_WCrY_1000_140_20_5000.mat Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra MATLAB Data - 103.8 KB - SHA-256: 791b55d3d6d0744539920e25cca1f89c67b0979d70bf102f807ac1fbd90422fe saved octave session; ASCII, file can be loaded from LEISfit.m
20201211_1656_He_W_1000_140_20_10000.dat Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra chemical/x-mopac-input - 3.7 KB - SHA-256: 440dd30e745062d5a8f8604a07f2caa948b3425d08f9d148f8d3fb55e2e672cd LEIS experimental spectrum data; ASCII, two columns: E (energy, eV) and N (counts)
20201211_1656_He_W_1000_140_20_10000.fit Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra application/x-fityk - 5.7 KB - SHA-256: 58b1fa0cf7b2500b7489d98694727847a229889329569099dc165656ecdd3c1a fitted spectrum; file contains experimental data, individual peaks and backgrounds, and sum of all contributions; ASCII, multiple columns, first row are column headers
20201211_1656_He_W_1000_140_20_10000.mat Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra MATLAB Data - 31.7 KB - SHA-256: 2e9aa6fe4c1af88a43365d338d49c4ce9671d334fb3a2ed581d7898af41e4d34 saved octave session; ASCII, file can be loaded from LEISfit.m
fbglogistic.m Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra text/x-objcsrc - 1.2 KB - SHA-256: ca97d41ed6ca187cef5451a1b0a67b4ae00ca8538dc2cd1ecb524031ecfe5aa5 octave function; re-ionisation background using logistic function

Archive of 0D simulations of the CO2 vibrational kinetics

Jul 27, 2022

Kotov, Vladislav, 2022, "Archive of 0D simulations of the CO2 vibrational kinetics", https://doi.org/10.26165/JUELICH-DATA/IHO9NP, Jülich DATA, V2

Archive of the results of 0D simulations of the CO2 vibrational kinetics for conditions which mimic those behind shock fronts and in gas discharges. Only CO2 molecules, two-modes approximation [V Kotov, Plasma Sources Sci. Technol, vol. 30 (2021) 055003]

CO2_0D_vibrational_kinetics_results.tgz

Jul 27, 2022 - Archive of 0D simulations of the CO2 vibrational kinetics

TAR Archive - 1.5 GB - SHA-256: 95b588cc7d64298ab3303ada6b4ec9652f43aa2056dbb323825c44f963f7c2ec

Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra

Sep 2, 2021

Koslowski, Hans Rudolf, 2021, "Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra", https://doi.org/10.26165/JUELICH-DATA/2GRSPN, Jülich DATA, V1

This repository provides the raw data, the fitting results, and the GNU octave codes used for the low energy ion scattering spectra fits (figures 1, 7 and 8) in the publication H. R. Koslowski and Ch. Linsmeier 2021 "Derivation of an Improved Semi-empirical Expression for the Re-...

20190319_1659_He_WCrY_1000_140_20_5000.dat

Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra

chemical/x-mopac-input - 6.4 KB - SHA-256: d08bd13996e8bdbb78ef0fa088f758865ad1409083f693ba13cda6b50bfe7845

LEIS experimental spectrum data; ASCII, two columns: E (energy, eV) and N (counts)

20190319_1659_He_WCrY_1000_140_20_5000.fit

Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra

application/x-fityk - 18.3 KB - SHA-256: b2e3edc244dc5794e25775411a6d23cb3d4f70325e9291c58ba80e3255d34877

fitted spectrum; file contains experimental data, individual peaks and backgrounds, and sum of all contributions; ASCII, multiple columns, first row are column headers

20190319_1659_He_WCrY_1000_140_20_5000.mat

Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra

MATLAB Data - 103.8 KB - SHA-256: 791b55d3d6d0744539920e25cca1f89c67b0979d70bf102f807ac1fbd90422fe

saved octave session; ASCII, file can be loaded from LEISfit.m

20201211_1656_He_W_1000_140_20_10000.dat

Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra

chemical/x-mopac-input - 3.7 KB - SHA-256: 440dd30e745062d5a8f8604a07f2caa948b3425d08f9d148f8d3fb55e2e672cd

LEIS experimental spectrum data; ASCII, two columns: E (energy, eV) and N (counts)

20201211_1656_He_W_1000_140_20_10000.fit

Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra

application/x-fityk - 5.7 KB - SHA-256: 58b1fa0cf7b2500b7489d98694727847a229889329569099dc165656ecdd3c1a

fitted spectrum; file contains experimental data, individual peaks and backgrounds, and sum of all contributions; ASCII, multiple columns, first row are column headers

20201211_1656_He_W_1000_140_20_10000.mat

Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra

MATLAB Data - 31.7 KB - SHA-256: 2e9aa6fe4c1af88a43365d338d49c4ce9671d334fb3a2ed581d7898af41e4d34

saved octave session; ASCII, file can be loaded from LEISfit.m

fbglogistic.m

Sep 2, 2021 - Data and octave codes for: Derivation of an Improved Semi-empirical Expression for the Re-ionisation Background in Low Energy Ion Scattering Spectra

text/x-objcsrc - 1.2 KB - SHA-256: ca97d41ed6ca187cef5451a1b0a67b4ae00ca8538dc2cd1ecb524031ecfe5aa5

octave function; re-ionisation background using logistic function

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