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Timescan

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Fig 7: Timescan kinetics homepage

The kinetics page is used to analyze the kinetics of the FELion experiment. The kinetics page is divided into three panels.

Making a new kinetics project

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Fig 8.1.0: Kinetics: Number density

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Fig 8.1.1: Compute number density

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Fig 8.1.2: Compute number density

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Fig 8.2.1: Kinetics: Labels with default molecular ion (CD+) name and tag (helium)

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Fig 8.2.2: Kinetics: Labels for N+ ion with He tag

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Fig 8.3.1: Kinetics: Channels

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Fig 8.3.2: Kinetics: Channels

Note
  • indicates the data is not yet loaded.
  • indicates the data is loaded.

Rate of equation

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Fig 9.1: Kinetic code: computing sliders

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Fig 9.2: Kinetic code: Full model equations

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Fig 10.1: Kinetic code: Fitting rate equations

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Fig 10.1: Kinetic code: Fitting rate equations

Kinetics plots

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Fig 11: Kinetic plots creating window

Flowchart

graph TD
    Kinetics

    Kinetics --> processing
    Kinetics --> Post[post-processing]

    processing --> ND[Number density]
    processing --> Parameters
    processing --> Channels
    processing --> Code[Compute code]

    ND --> Table[Config Table] --> *.configs.json
    Parameters --> *.params.json
    Parameters --> *.fit.json
    Channels --> *.channels.json
    Code --> Fit[Fit and save] --> *.fit.json

    Post --> Plots

    Plots --> *.processed.json
    Plots --> *.params.processed.json

    *.processed.json --> *.rateConstants.processed.json[*.rateConstants.processed.json or *.rateConstants.fitted.json]
    *.params.processed.json --> *.rateConstants.processed.json[*.rateConstants.processed.json or *.rateConstants.fitted.json]
Last update: March 6, 2023