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  • README.txt

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • Permeameter_AC.zip

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • Figure_Generation.txt

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • README_Permeameter_AC.txt

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • README_Matlab_Scripts.txt

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • Matlab_Scripts.zip

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • readme_hassanpour2017.txt

    Creator:
    Hassanpour Adeh, Elnaz, Higgins, Chad W, and Selker, John S.
    Abstract:
    In this dataset we present the environmental effect of solar panels. We had two weather stations, one in a control area and one in an area with solar panels. The weather stations collected wind speed, temperature, solar radiation and relative humidity. We also measured soil moisture in different shaded zones...

  • WeatherStation.zip

    Creator:
    Hassanpour Adeh, Elnaz, Higgins, Chad W, and Selker, John S.
    Abstract:
    In this dataset we present the environmental effect of solar panels. We had two weather stations, one in a control area and one in an area with solar panels. The weather stations collected wind speed, temperature, solar radiation and relative humidity. We also measured soil moisture in different shaded zones...

  • Soil.zip

    Creator:
    Hassanpour Adeh, Elnaz, Higgins, Chad W, and Selker, John S.
    Abstract:
    In this dataset we present the environmental effect of solar panels. We had two weather stations, one in a control area and one in an area with solar panels. The weather stations collected wind speed, temperature, solar radiation and relative humidity. We also measured soil moisture in different shaded zones...

  • Grass.zip

    Creator:
    Hassanpour Adeh, Elnaz, Higgins, Chad W, and Selker, John S.
    Abstract:
    In this dataset we present the environmental effect of solar panels. We had two weather stations, one in a control area and one in an area with solar panels. The weather stations collected wind speed, temperature, solar radiation and relative humidity. We also measured soil moisture in different shaded zones...