Electron heating in 2-D: combining Fermi-Ulam acceleration and magnetic-moment non-adiabaticity in a mirror-configuration plasma

Swanson, Charles; Galea, Christopher
Issue date: 2022
Cite as:
Swanson, Charles & Galea, Christopher. (2022). Electron heating in 2-D: combining Fermi-Ulam acceleration and magnetic-moment non-adiabaticity in a mirror-configuration plasma [Data set]. Princeton Plasma Physics Laboratory, Princeton University.
@electronic{swanson_charles_2022,
  author      = {Swanson, Charles and
                Galea, Christopher},
  title       = {{Electron heating in 2-D: combining Fermi
                -Ulam acceleration and magnetic-moment n
                on-adiabaticity in a mirror-configuratio
                n plasma}},
  publisher   = {{Princeton Plasma Physics Laboratory, Pri
                nceton University}},
  year        = 2022
}
Abstract:

This dataset contains the files (scripts and data) required to produce the figures of the above reference.

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# Filename Description Filesize
1 Readme.txt Readme 812 Bytes
2 Figs23.m This file is a MATLAB script which produces Figures 2 and 3 6.13 KB
3 Fig4.m This file is a MATLAB script which produces Figure 4. 4.58 KB
4 Fig1.m This file is a MATLAB script which produces Figure 1 1.79 KB
5 manybounce-x_0=0.0097m-z_0=0.36m-theta_0=0.5pi-rad-E=3650... This is a MATLAB data file which is used by Figs23.m to produce Figure 3. It contains several variables; See Figs23.m to see how to read it. 12.5 MB
6 manybounce-x_0=0.0127m-z_0=0.315m-theta_0=0.5pi-rad-E=365... This is a MATLAB data file which is used by Figs23.m to produce Figure 3. It contains several variables; See Figs23.m to see how to read it. 7.01 MB
7 x_0=0.004m-z_0=0.44m-theta_0=0.5pi-rad-E=5366.8eV.mat This is a MATLAB data file which is used by Figs23.m to produce Figure 2. It contains several variables; See Figs23.m to see how to read it. 811 KB