Alejandro Garcia
Rutgers, The State University of New Jersey - NewarkUSACE-Cold Regions Research and Engineering Laboratory
Subject Areas: | Near Surface Geophysics, Data Science, Environmental Science |
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ABSTRACT:
This repository contains the data for "Sub-freezing Complex Electrical Conductivity Hysteresis in Frost Susceptible Soils". It also includes the code used to analyze the data as well as creating most of the figures in the paper. Everything packaged into one .zip. Python scripts titled with corresponding figure numbers.
ABSTRACT:
The following data consists of Spectral Induced Polarization (SIP) measurements of calcite precipitation within an agar gel. The data is formatted as a series of .csv files containing metadata on the measurement (time, input voltage, etc) as well as the electrical impedance magnitude and phase angle allowing one to calculate an impedance. In addition a python script is included which was used to analyze the data and create the figures seen in the associated paper.
The code should be run with the Data folder (folder containing the data) in the same directory as the script files.
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Created: Dec. 24, 2022, 5:03 p.m.
Authors: Garcia, Alejandro
ABSTRACT:
The following data consists of Spectral Induced Polarization (SIP) measurements of calcite precipitation within an agar gel. The data is formatted as a series of .csv files containing metadata on the measurement (time, input voltage, etc) as well as the electrical impedance magnitude and phase angle allowing one to calculate an impedance. In addition a python script is included which was used to analyze the data and create the figures seen in the associated paper.
The code should be run with the Data folder (folder containing the data) in the same directory as the script files.

Created: Jan. 29, 2025, 3:52 p.m.
Authors: Garcia, Alejandro · Dan Glaser
ABSTRACT:
This repository contains the data for "Sub-freezing Complex Electrical Conductivity Hysteresis in Frost Susceptible Soils". It also includes the code used to analyze the data as well as creating most of the figures in the paper. Everything packaged into one .zip. Python scripts titled with corresponding figure numbers.