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Object[Data, NMR]

One dimensional measurements from nuclear magnetic resonance that provide a spectrum of chemical shift vs signal intensity of a sample.

Organizational Information

    Name

    Name of this Object.
    Format: Single
    Class: String
    Programmatic Pattern: _String
    Pattern Description: A string.

    ID

    ID of this Object.
    Format: Single
    Class: String
    Programmatic Pattern: _String
    Pattern Description: The ID of this object.

    Object

    Object of this Object.
    Format: Single
    Class: Expression
    Programmatic Pattern: Object[Data, NMR, _String]
    Pattern Description: The object reference of this object.

    Type

    Type of this Object.
    Format: Single
    Class: Expression
    Programmatic Pattern: Object[Data, NMR]
    Pattern Description: Object[Data, NMR]

    Notebook

    Notebook this object belongs to.
    Format: Single
    Class: Link
    Programmatic Pattern: _Link
    Pattern Description: An object of that matches ObjectP[Object[LaboratoryNotebook]].
    Relation: Object[LaboratoryNotebook][Objects]

    Replicates

    Data acquired under replicated experimental conditions to this data.
    Format: Multiple
    Class: Link
    Programmatic Pattern: _Link
    Relation: Object[Data][Replicates]

General

Experimental Results

    FreeInductionDecay

    Observable NMR signal precessing to equilibrium vs time.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 ArbitraryUnits']
    Programmatic Pattern: QuantityCoordinatesP[{Second, ArbitraryUnit}]

    NMRSpectrum

    The nuclear magnetic resonance spectrum obtained by the instrument in terms of chemical shift vs signal intensity.
    Format: Single
    Class: QuantityArray
    Unit: ['1 part per million', '1 ArbitraryUnits']
    Programmatic Pattern: QuantityCoordinatesP[{PPM, ArbitraryUnit}]

    NMRFrequencySpectrum

    The nuclear magnetic resonance spectrum obtained by the instrument in terms of frequency vs signal intensity.
    Format: Single
    Class: QuantityArray
    Unit: ['1 hertz', '1 ArbitraryUnits']
    Programmatic Pattern: QuantityCoordinatesP[{Hertz, ArbitraryUnit}]

    TimedFreeInductionDecay

    The observable NMR signals precessing to equilibrium vs time obtained over time.
    Format: Multiple

    [[1]] Time from last transfer

      Header: Time from last transfer
      Class: Real
      Unit: 1 minute
      Programmatic Pattern: TimeP

    [[2]] FID

      Header: FID
      Class: QuantityArray
      Unit: ['1 second', '1 ArbitraryUnits']
      Programmatic Pattern: QuantityCoordinatesP[{Second, ArbitraryUnit}]

    TimedNMRSpectra

    The nuclear magnetic resonance spectra obtained over time by the instrument in terms of chemical shift vs signal intensity.
    Format: Multiple

    [[1]] Time from last transfer

      Header: Time from last transfer
      Class: Real
      Unit: 1 minute
      Programmatic Pattern: TimeP

    [[2]] NMR Spectrum

      Header: NMR Spectrum
      Class: QuantityArray
      Unit: ['1 part per million', '1 ArbitraryUnits']
      Programmatic Pattern: QuantityCoordinatesP[{PPM, ArbitraryUnit}]

    TimedNMRFrequencySpectra

    The nuclear magnetic resonance spectra obtained over time by the instrument in terms of frequency vs signal intensity.
    Format: Multiple

    [[1]] Time from last transfer

      Header: Time from last transfer
      Class: Real
      Unit: 1 minute
      Programmatic Pattern: TimeP

    [[2]] NMR Frequency Spectrum

      Header: NMR Frequency Spectrum
      Class: QuantityArray
      Unit: ['1 hertz', '1 ArbitraryUnits']
      Programmatic Pattern: QuantityCoordinatesP[{Hertz, ArbitraryUnit}]

Analysis & Reports

    NMRSpectrumPeaksAnalyses

    A list of peak picking analyses conducted on this spectra.
    Format: Multiple
    Class: Link
    Programmatic Pattern: _Link
    Relation: Object[Analysis][Reference]

    SmoothingAnalyses

    Smoothing analysis performed on this data.
    Format: Multiple
    Class: Link
    Programmatic Pattern: _Link
    Relation: Object[Analysis][Reference]
Last modified on Mon 26 Sep 2022 15:43:44
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