Digital storage
; Energy resources
; Gamma rays
; Gases
; Horizontal wells
; Natural gas
; Natural gas deposits
; Natural gas well production
; Neutron logging
; Petroleum deposits
; Petroleum reservoirs
; Porosity
; Radioactivity logging
; Shale gas
; Density porosity
; Natural gas resources
; Natural-gas production
; Neutron porosity
; Producing areas
; Reservoir quality
; Shale gas reservoirs
; Thermal maturity
; Shale
; carbonate
; gamma ray radiation
; gas field
; gas production
; gas storage
; gas well
; natural gas
; porosity
; qualitative analysis
; reservoir characterization
; shale
; Fort Worth Basin
; Texas
; United States
Fu Q.,Horvath S.C.,Potter E.C.,et al. Log-derived thickness and porosity of the Barnett Shale, Fort Worth basin, Texas: Implications for assessment of gas shale resources[J]. AAPG Bulletin,2015-01-01,99(1)