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Object[Data, DynamicFoamAnalysis]

The data generated from a Dynamic Foam Analysis experiment, which provides information on the foamability, foam stability, liquid content, drainage, and bubble distribution of foam.

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, DynamicFoamAnalysis, _String]
    Pattern Description: The object reference of this object.

    Type

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

    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

Instrument Specifications

    Wavelength

    The wavelength that was used to illuminate the sample column during the course of the experiment.
    Format: Single
    Class: Integer
    Unit: 1 nanometer
    Programmatic Pattern: 469 Nanometer | 850 Nanometer

    CameraHeight

    The height at which the camera used by the Foam Structure Module was positioned during the experiment.
    Format: Single
    Class: Real
    Unit: 1 millimeter
    Programmatic Pattern: GreaterEqualP[0 Millimeter]

Experimental Results

    RawDataFiles

    The csv files containing the raw unprocessed data generated by the instrument, as extracted from the spreadsheet generated by the instrument software.
    Format: Multiple
    Class: Link
    Programmatic Pattern: _Link
    Relation: Object[EmeraldCloudFile]

    RawVideoFile

    The file containing the raw unprocessed video data generated by the instrument, in proprietary format.
    Format: Single

    [Time]

      Header: Time
      Class: Date

    [VideoFile]

    FoamHeight

    The foam height results, measured over time, in the form of {Time (seconds), Foam height (millimeter)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 millimeter']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Millimeter}]

    LiquidHeight

    The liquid height results, measured over time, in the form of {Time (seconds), Liquid height (millimeter)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 millimeter']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Millimeter}]

    TotalFoamLiquidHeight

    The combined foam and liquid height results, measured over time, in the form of {Time (seconds), Total foam and liquid height (millimeter)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 millimeter']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Millimeter}]

    FoamVolume

    The foam volume results, measured over time, in the form of {Time (seconds), Foam volume (milliliter)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 milliliter']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Milliliter}]

    LiquidVolume

    The liquid volume results, measured over time, in the form of {Time (seconds), Liquid volume (milliliter)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 milliliter']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Milliliter}]

    TotalFoamLiquidVolume

    The combined foam and liquid volume results, measured over time, in the form of {Time (seconds), Total volume (milliliter)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 milliliter']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Milliliter}]

    FoamVolumeStability

    The foam volume stability results, measured over time, in the form of {Time (seconds), Foam volume stability (%)}. The foam volume stability refers to the percentage of the foam volume remaining with respect to the maximum foam volume after foaming has stopped.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 percent']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Percent}]

    FoamLiquidStability

    The foam liquid stability results, measured over time, in the form of {Time (seconds), Foam liquid stability (%)}. The foam liquid stability refers to the percentage of the liquid volume remaining in the foam with respect to the maximum liquid volume after foaming has stopped.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 percent']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Percent}]

    FoamTemperature

    The foam temperature results, measured over time, in the form of {Time (seconds), Temperature (Celsius)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 degree Celsius']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Celsius}]

    LiquidContentSensor1

    The liquid content results for Sensor 1 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 1 (%)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 percent']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Percent}]

    LiquidContentSensor2

    The liquid content results for Sensor 2 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 2 (%)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 percent']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Percent}]

    LiquidContentSensor3

    The liquid content results for Sensor 3 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 3 (%)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 percent']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Percent}]

    LiquidContentSensor4

    The liquid content results for Sensor 4 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 4 (%)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 percent']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Percent}]

    LiquidContentSensor5

    The liquid content results for Sensor 5 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 5 (%)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 percent']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Percent}]

    LiquidContentSensor6

    The liquid content results for Sensor 6 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 6 (%)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 percent']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Percent}]

    LiquidContentSensor7

    The liquid content results for Sensor 7 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 7 (%)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 percent']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Percent}]

    ResistanceReferenceSensor

    The resistance results for the reference sensor from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Reference sensor (Ohm)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 ohm']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Ohm}]

    ResistanceSensor1

    The resistance results for Sensor 1 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 1 (Ohm)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 ohm']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Ohm}]

    ResistanceSensor2

    The resistance results for Sensor 2 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 2 (Ohm)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 ohm']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Ohm}]

    ResistanceSensor3

    The resistance results for Sensor 3 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 3 (Ohm)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 ohm']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Ohm}]

    ResistanceSensor4

    The resistance results for Sensor 4 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 4 (Ohm)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 ohm']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Ohm}]

    ResistanceSensor5

    The resistance results for Sensor 5 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 5 (Ohm)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 ohm']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Ohm}]

    ResistanceSensor6

    The resistance results for Sensor 6 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 6 (Ohm)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 ohm']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Ohm}]

    ResistanceSensor7

    The resistance results for Sensor 7 from the LiquidConductivityMethod of detection, measured over time, in the form of {Time (seconds), Sensor 7 (Ohm)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 ohm']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Ohm}]

    BubbleCount

    The bubble count results from the ImagingMethod of detection, measured over time, in the form of {Time (second), Bubble count (per millimeter^2)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 per millimeter squared']
    Programmatic Pattern: -2 Hold[QuantityCoordinatesP[{Second, Millimeter }]]

    MeanBubbleArea

    The mean bubble area results from the ImagingMethod of detection, measured over time, in the form of {Time (second), Mean bubble area (micrometer^2)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 micrometer squared']
    Programmatic Pattern: 2 Hold[QuantityCoordinatesP[{Second, Micrometer }]]

    StandardDeviationBubbleArea

    The standard deviation bubble area results from the ImagingMethod of detection, measured over time, in the form of {Time (second), Standard deviation of bubble areas (micrometer^2)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 micrometer squared']
    Programmatic Pattern: 2 Hold[QuantityCoordinatesP[{Second, Micrometer }]]

    AverageBubbleRadius

    The average bubble radius results from the ImagingMethod of detection, measured over time, in the form of {Time (second), Average bubble radius (micrometer)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 micrometer']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Micrometer}]

    MeanSquareBubbleRadius

    The mean square bubble radius results from the ImagingMethod of detection, measured over time, in the form of {Time (second), Mean square bubble radius (micrometer)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 micrometer']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Micrometer}]

    BubbleSauterMeanRadius

    The bubble sauter mean radius results from the ImagingMethod of detection, measured over time, in the form of {Time (second), Sauter mean radius (micrometer)}.
    Format: Single
    Class: QuantityArray
    Unit: ['1 second', '1 micrometer']
    Programmatic Pattern: QuantityCoordinatesP[{Second, Micrometer}]

    FoamHeightParameters

    The foam height parameter results that are calculated from the foam height data, as processed by the dynamic foam analyzer instrument software.
    Format: Single

    [[1]] Maximum foam height time (Tmax)

      Header: Maximum foam height time (Tmax)
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[2]] Maximum foam volume

      Header: Maximum foam volume
      Class: Real
      Unit: 1 milliliter
      Programmatic Pattern: _Real

    [[3]] Liquid volume in foam at Tmax

      Header: Liquid volume in foam at Tmax
      Class: Real
      Unit: 1 milliliter
      Programmatic Pattern: _Real

    [[4]] Total volume at Tmax

      Header: Total volume at Tmax
      Class: Real
      Unit: 1 milliliter
      Programmatic Pattern: _Real

    [[5]] Ratio of liquid volume in foam at Tmax to maximum foam volume

      Header: Ratio of liquid volume in foam at Tmax to maximum foam volume
      Class: Real
      Programmatic Pattern: _Real

    [[6]] Ratio of maximum foam volume to maximum liquid foam volume

      Header: Ratio of maximum foam volume to maximum liquid foam volume
      Class: Real
      Programmatic Pattern: _Real

    [[7]] Head retention value: time difference between drainage half life time and 75% drainage time

      Header: Head retention value: time difference between drainage half life time and 75% drainage time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[8]] Mean temperature

      Header: Mean temperature
      Class: Real
      Unit: 1 degree Celsius
      Programmatic Pattern: _Real

    FoamVolumeStabilityTimes

    The foam height parameter results that are calculated from the foam height data, as processed by the dynamic foam analyzer instrument software.
    Format: Single

    [[1]] Foam half life time: time at which foam volume stability is 50% of initial value

      Header: Foam half life time: time at which foam volume stability is 50% of initial value
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[2]] 25% Drainage time: time at which the foam liquid stability has reduced to 75% of its initial value

      Header: 25% Drainage time: time at which the foam liquid stability has reduced to 75% of its initial value
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[3]] Drainage half life time: time at which the foam liquid stability has reduced to 50% of its initial value

      Header: Drainage half life time: time at which the foam liquid stability has reduced to 50% of its initial value
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[4]] 75% Drainage time: time at which the foam liquid stability has reduced to 25% of its initial value

      Header: 75% Drainage time: time at which the foam liquid stability has reduced to 25% of its initial value
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    FoamStructureParameters

    The foam structure parameter results that are calculated from the foam height data, as processed by the dynamic foam analyzer instrument software.
    Format: Single

    [[1]] Foam stabilization time

      Header: Foam stabilization time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[2]] Initial bubble count per millimeter squared

      Header: Initial bubble count per millimeter squared
      Class: Real
      Unit: 1 per millimeter squared
      Programmatic Pattern: _Real

    [[3]] Bubble count half life time

      Header: Bubble count half life time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[4]] Time at end of first foaming phase

      Header: Time at end of first foaming phase
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[5]] Final bubble count per millimeter squared

      Header: Final bubble count per millimeter squared
      Class: Real
      Unit: 1 per millimeter squared
      Programmatic Pattern: _Real

    BubbleSizeParameters

    The bubble size parameter results that are calculated from the foam height data, as processed by the dynamic foam analyzer instrument software.
    Format: Single

    [[1]] Initial mean bubble area

      Header: Initial mean bubble area
      Class: Real
      Unit: 1 micrometer squared
      Programmatic Pattern: _Real

    [[2]] Initial average bubble radius

      Header: Initial average bubble radius
      Class: Real
      Unit: 1 micrometer
      Programmatic Pattern: _Real

    [[3]] Initial Sauter mean radius

      Header: Initial Sauter mean radius
      Class: Real
      Unit: 1 micrometer
      Programmatic Pattern: _Real

    [[4]] Final mean bubble area

      Header: Final mean bubble area
      Class: Real
      Unit: 1 micrometer squared
      Programmatic Pattern: _Real

    [[5]] Final average bubble radius

      Header: Final average bubble radius
      Class: Real
      Unit: 1 micrometer
      Programmatic Pattern: _Real

    [[6]] Final Sauter mean radius

      Header: Final Sauter mean radius
      Class: Real
      Unit: 1 micrometer
      Programmatic Pattern: _Real

    LiquidConductivityParameters Sensor1

    The liquid conductivity parameter results for sensor 1 that are calculated from the foam height data, as processed by the dynamic foam analyzer instrument software.
    Format: Single

    [[1]] Maximum liquid content

      Header: Maximum liquid content
      Class: Real
      Unit: 1 percent
      Programmatic Pattern: _Real

    [[2]] Maximum liquid content time

      Header: Maximum liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[3]] 75% liquid content time

      Header: 75% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[4]] 50% liquid content time

      Header: 50% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[5]] 25% liquid content time

      Header: 25% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    LiquidConductivityParameters Sensor2

    The liquid conductivity parameter results for sensor 1 that are calculated from the foam height data, as processed by the dynamic foam analyzer instrument software.
    Format: Single

    [[1]] Maximum liquid content

      Header: Maximum liquid content
      Class: Real
      Unit: 1 percent
      Programmatic Pattern: _Real

    [[2]] Maximum liquid content time

      Header: Maximum liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[3]] 75% liquid content time

      Header: 75% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[4]] 50% liquid content time

      Header: 50% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[5]] 25% liquid content time

      Header: 25% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    LiquidConductivityParameters Sensor3

    The liquid conductivity parameter results for sensor 1 that are calculated from the foam height data, as processed by the dynamic foam analyzer instrument software.
    Format: Single

    [[1]] Maximum liquid content

      Header: Maximum liquid content
      Class: Real
      Unit: 1 percent
      Programmatic Pattern: _Real

    [[2]] Maximum liquid content time

      Header: Maximum liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[3]] 75% liquid content time

      Header: 75% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[4]] 50% liquid content time

      Header: 50% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[5]] 25% liquid content time

      Header: 25% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    LiquidConductivityParameters Sensor4

    The liquid conductivity parameter results for sensor 1 that are calculated from the foam height data, as processed by the dynamic foam analyzer instrument software.
    Format: Single

    [[1]] Maximum liquid content

      Header: Maximum liquid content
      Class: Real
      Unit: 1 percent
      Programmatic Pattern: _Real

    [[2]] Maximum liquid content time

      Header: Maximum liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[3]] 75% liquid content time

      Header: 75% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[4]] 50% liquid content time

      Header: 50% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[5]] 25% liquid content time

      Header: 25% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    LiquidConductivityParameters Sensor5

    The liquid conductivity parameter results for sensor 1 that are calculated from the foam height data, as processed by the dynamic foam analyzer instrument software.
    Format: Single

    [[1]] Maximum liquid content

      Header: Maximum liquid content
      Class: Real
      Unit: 1 percent
      Programmatic Pattern: _Real

    [[2]] Maximum liquid content time

      Header: Maximum liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[3]] 75% liquid content time

      Header: 75% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[4]] 50% liquid content time

      Header: 50% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[5]] 25% liquid content time

      Header: 25% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    LiquidConductivityParameters Sensor6

    The liquid conductivity parameter results for sensor 1 that are calculated from the foam height data, as processed by the dynamic foam analyzer instrument software.
    Format: Single

    [[1]] Maximum liquid content

      Header: Maximum liquid content
      Class: Real
      Unit: 1 percent
      Programmatic Pattern: _Real

    [[2]] Maximum liquid content time

      Header: Maximum liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[3]] 75% liquid content time

      Header: 75% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[4]] 50% liquid content time

      Header: 50% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[5]] 25% liquid content time

      Header: 25% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    LiquidConductivityParameters Sensor7

    The liquid conductivity parameter results for sensor 1 that are calculated from the foam height data, as processed by the dynamic foam analyzer instrument software.
    Format: Single

    [[1]] Maximum liquid content

      Header: Maximum liquid content
      Class: Real
      Unit: 1 percent
      Programmatic Pattern: _Real

    [[2]] Maximum liquid content time

      Header: Maximum liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[3]] 75% liquid content time

      Header: 75% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[4]] 50% liquid content time

      Header: 50% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

    [[5]] 25% liquid content time

      Header: 25% liquid content time
      Class: Real
      Unit: 1 second
      Programmatic Pattern: _Real

Analysis & Reports

    ConvertedVideoFile

    The ZIP file containing each frame of raw video data generated by the instrument, where each frame is a PNG or TIFF image file.
    Format: Single
    Class: Link
    Programmatic Pattern: _Link
    Relation: Object[EmeraldCloudFile]

    BubbleRadiusAnalyses

    A list of bubble radius analyses conducted on the ConvertedVideoFile with foam structure data in this object.
    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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