Volltext-Artikel, E-Books und Literaturhinweise aus dem EBSCO Discovery Service
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von PlasmaPy Community ; Murphy, Nicholas A. ; Everson, Erik T. ; et al.
Schlagworte: plasma physics; Python; heliophysics; plasma astrophysics; particles; plasma parameters; solar physics; plasma science; Thomson scattering; proton radiography; fusion energy; plasma diagnostics; open source software; Langmuir probes
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4
von Murphy, Nicholas A. ; Stańczak, Dominik ; Everson, Erik T. ; et al.
Schlagworte: plasma physics; open source software
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8
Schlagworte: PlasmaPy Enhancement Proposal
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von PlasmaPy Community ; Murphy, Nicholas A. ; Leonard, Andrew J. ; et al.
Schlagworte: plasma physics; open source software; Python
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10
von PlasmaPy Community ; Murphy, Nicholas A. ; Everson, Erik ; et al.
Schlagworte: plasma physics; Python; heliophysics; plasma astrophysics; particles; plasma parameters; solar physics; plasma science; Thomson scattering; proton radiography; fusion energy; plasma diagnostics; open source software; Langmuir probes
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11
von PlasmaPy Community ; Murphy, Nicholas A. ; Everson, Erik ; et al.
Schlagworte: plasma physics; Python; heliophysics; plasma astrophysics; particles; plasma parameters; solar physics; plasma science; Thomson scattering; proton radiography; fusion energy; plasma diagnostics; open source software; Langmuir probes
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12
von PlasmaPy Community ; Murphy, Nicholas A. ; Everson, Erik ; et al.
Schlagworte: plasma physics; Python; heliophysics; plasma astrophysics; particles; plasma parameters; solar physics; plasma science; Thomson scattering; proton radiography; fusion energy; plasma diagnostics; open source software; Langmuir probes
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13
von PlasmaPy Community ; Murphy, Nicholas A. ; Everson, Erik T. ; et al.
Schlagworte: plasma physics; Python; heliophysics; plasma astrophysics; particles; plasma parameters; solar physics; plasma science; Thomson scattering; proton radiography; fusion energy; plasma diagnostics; open source software; Langmuir probes
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15
von Murphy, Nicholas A ; Leonard, Andrew J. ; Stańczak, Dominik ; et al.
Schlagworte: plasma physics; open source software; Python
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16
Schlagworte: plasma physics; open source software; Python
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17
von PlasmaPy Community ; Murphy, Nicholas A. ; Everson, Erik ; et al.
Schlagworte: plasma physics; Python
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18
von PlasmaPy Community ; Murphy, Nicholas A. ; Everson, Erik ; et al.
Schlagworte: plasma physics; Python; heliophysics; plasma astrophysics; particles; plasma parameters; solar physics; plasma science; Thomson scattering; proton radiography; fusion energy; plasma diagnostics; open source software; Langmuir probes
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19
Schlagworte: plasma physics; open source software; Python; stat; edu
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20
von PlasmaPy Community ; Everson, Erik ; Stańczak, Dominik ; et al.
Schlagworte: plasma physics; Python; open source
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21
von PlasmaPy Community ; Everson, Erik ; Stańczak, Dominik ; et al.
Schlagworte: plasma physics; Python; open source
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22
von PlasmaPy Community ; Everson, Erik ; Stańczak, Dominik ; et al.
Schlagworte: plasma physics; Python; open source
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23
von PlasmaPy Community ; Everson, Erik ; Stańczak, Dominik ; et al.
Schlagworte: plasma physics; Python; open source
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24
von PlasmaPy Community ; Stańczak, Dominik ; Everson, Erik ; et al.
Schlagworte: plasma physics; Python; open source
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25
von PlasmaPy Community ; Murphy, Nicholas A. ; Stańczak, Dominik ; et al.
Schlagworte: plasma physics; Python; open source
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