Fractal Characterization of Multimodal, Multiscale Images of Shale Rock Fracture Networks

Bolivia Vega

doi:10.17612/15rs-9j28

Description

Images associated to paper of the same name by B. Vega, A.R. Kovscek This research was funded by the Center for Mechanistic Control of Unconventional Formations (CMC-UF), an Energy Frontier Research Center funded by the U.S. Department of Energy, Office of Science under DOE (BES) Award DE-SC0019165.

Datasets

Sample W1
- Origin Data 1st reconstructed fracture network from tabular data of 4 in. core
Sample W2
- Origin Data 2nd reconstructed fracture network from tabular data of 4 in. core
Sample W3
- Origin Data 3rd reconstructed fracture network from tabular data of 4 in. core
Sample W4
- Origin Data 4th reconstructed fracture network from tabular data of 4 in. core
Sample G1
- Origin Data 1st micro CT tomogram of shale rock with heat-induced maturation of organic matter
Sample G2
- Origin Data 1st SEM image of shale rock with heat-induced maturation of organic matter
Sample G3
- Origin Data 2nd SEM image of shale rock with heat-induced maturation of organic matter
Sample G4
- Origin Data 3rd SEM image of shale rock with heat-induced maturation of organic matter
Sample G5
- Origin Data 2nd micro CT tomogram of shale rock with heat-induced maturation of organic matter
Sample M1
- Origin Data 1st microfluidic model for shale fracture network
Sample M2
- Origin Data 2nd microfluidic model for shale fracture network
Sample A1
- Origin Data 1st shale rock analog - fractured gelatin Bloom 60
Sample A2
- Origin Data 2nd shale rock analog - fractured gelatin Bloom 60
Sample A3
- Origin Data 1st shale rock analog - fractured gelatin Bloom 100
Sample A4
- Origin Data 2nd shale rock analog - fractured gelatin Bloom 100
Sample A5
- Origin Data 1st shale rock analog - fractured gelatin Bloom 250
Sample A6
- Origin Data 2nd shale rock analog - fractured gelatin Bloom 250

Usage Information

Author

Bolivia Vega (Stanford University)

Collaborators

Anthony Kovscek (Stanford University)

Created

Jan. 20, 2022

License

ODC-BY 1.0

Digital Object Identifier

10.17612/15rs-9j28

Data Citation

Download Project

The downloadable archive contains all project data; the size of the archive file for this project is 1.40 GB.

Download