Supporting code for: The existence of non-resonant gyro lines and their detectability by Thomson scatter radars

Files are named by the figures in the main text generated by the code. The figures in the supporting information were generated with the code "Fig_8_9_GyroLine_Frequency.m" Fig_3_PlasmaLine_Dielectric.m: Plot the dielectric functions and scattering spectra for several cases of the plasma line Fig_4_IonLine_Dielectric.m: Plot the dielectric functions and scattering spectra for several cases of the ion line Fig_5_IonLine_Frequency.m: Plot the frequency of the ion-acoustic mode as a function of electron and ion temperature Fig_6_7_GyroLine_Dielectric.m: Plot the dielectric functions and scattering spectra for several cases of the gyro line Fig_8_9_GyroLine_Frequency.m: Plot the frequency of the gyro line as a function of electron temperature and density, for a given aspect angle. This code was used to generate all figures in the supporting information. Fig_11_plasma_line_split_3stack.m: Plot the dielectric function and scattering spectra for several densities near the plasma line splitting condition Fig_12_plasma_line_split_Redielectric.m: Plot the dielectic function and roots for several densities exhibiting split plasma lines mag_sus.m: Function that returns the magnetized susceptibility and distributions, called by some of the above code.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-04-07
DOI
https://doi.org/10.5281/zenodo.13743333
Primary Topic
Educational Methods and Outcomes
Type
article
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article

Supporting code for: The existence of non-resonant gyro lines and their detectability by Thomson scatter radars

Zenodo (CERN European Organization for Nuclear Research)
Educational Methods and Outcomes
article

Supporting code for: The existence of non-resonant gyro lines and their detectability by Thomson scatter radars

article en

Abstract

Files are named by the figures in the main text generated by the code. The figures in the supporting information were generated with the code "Fig_8_9_GyroLine_Frequency.m" Fig_3_PlasmaLine_Dielectric.m: Plot the dielectric functions and scattering spectra for several cases of the plasma line Fig_4_IonLine_Dielectric.m: Plot the dielectric functions and scattering spectra for several cases of the ion line Fig_5_IonLine_Frequency.m: Plot the frequency of the ion-acoustic mode as a function of electron and ion temperature Fig_6_7_GyroLine_Dielectric.m: Plot the dielectric functions and scattering spectra for several cases of the gyro line Fig_8_9_GyroLine_Frequency.m: Plot the frequency of the gyro line as a function of electron temperature and density, for a given aspect angle. This code was used to generate all figures in the supporting information. Fig_11_plasma_line_split_3stack.m: Plot the dielectric function and scattering spectra for several densities near the plasma line splitting condition Fig_12_plasma_line_split_Redielectric.m: Plot the dielectic function and roots for several densities exhibiting split plasma lines mag_sus.m: Function that returns the magnetized susceptibility and distributions, called by some of the above code.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 47%
Educational Methods and Outcomes
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