Keyphrases
Shale Gas Reservoir
100%
Marcellus Shale
100%
Field Case Study
100%
Porosity
83%
Adsorbed Gas
66%
Petrophysical Model
66%
Total Organic Carbon
50%
Organic Matter
50%
Organic Maturity
50%
Economic Development
33%
Fluid Saturation
33%
Free Gas
33%
Stimulation Treatment
33%
Initial Gas-in-place
33%
Geomechanical Properties
33%
Resistivity
16%
Capillary
16%
Effective Porosity
16%
Original Gas in Place
16%
Unconventional Reservoirs
16%
Shale
16%
Shale Gas Development
16%
Clay
16%
Hydraulic Fracturing
16%
Young's Modulus
16%
Kerogen
16%
Complex Pore Structure
16%
Average Density
16%
In-situ Stress
16%
Stimulus Intensity
16%
Clay Minerals
16%
Efficiency Increase
16%
Marcellus Formation
16%
Pore Space
16%
Pore Network
16%
Percent Recovery
16%
Lithology
16%
Solid Fraction
16%
Horizontal Drilling
16%
Gas Storage
16%
Solid-gas
16%
Vitrinite Reflectance
16%
Overlay Method
16%
Algebraic Expression
16%
Recoverable Reserves
16%
Mobile Water
16%
Gas-in-place
16%
Ultra-low Permeability
16%
Engineering
Gas Reservoir
100%
Shale Gas
100%
Field Case
100%
Total Organic Carbon
42%
Fluid Saturation
28%
Initial Gas
28%
Young's Modulus
14%
Original Gas in Place
14%
Hydraulic Fracturing
14%
In Situ Stress
14%
Pore Space
14%
Recovery Factor
14%
Horizontal Drilling
14%
Gas Storage
14%
Detailed Evaluation
14%
Areal Extent
14%
Chemical Engineering
Organic Carbon
100%
Clay Mineral
33%
Earth and Planetary Sciences
Bioconcentration Factor
28%