TY  - BOOK
AU  - Cai, Jianchao||Singh, Harpreet||Zhang, Zhien||Kang, Qinjun
TI  - Flow and Transport Properties of Unconventional Reservoirs 2018
KW  - shale gas||permeability||prediction by NMR logs||matrix–fracture interaction||faults||remaining oil distributions||unconventional reservoirs||coal deformation||reservoir depletion||carbonate reservoir||nanopore||fracturing fluid||pseudo-potential model||shale reservoirs||matrix-fracture interactions||multi-scale fracture||succession pseudo-steady state (SPSS) method||fluid transport physics||integrated methods||chelating agent||dissolved gas||non-equilibrium permeability||effective stress||fractal||fracture network||spontaneous imbibition||tight oil||porous media||0-1 programming||the average flow velocity||geothermal water||micro-fracture||pore types||pore network model||petrophysical characterization||nitrogen adsorption||analysis of influencing factors||mudstone||rheology||velocity profile||shale permeability||flow resistance||global effect||tight sandstones||fractal dimension||contact angle||temperature-resistance||fractured well transient productivity||reservoir classifications||deep circulation groundwater||viscosity||NMR||fractional diffusion||lattice Boltzmann method||multiporosity and multiscale||fractal geometry||imbibition front||productivity contribution degree of multimedium||wetting angle||pH of formation water||enhanced oil recovery||isotopes||tight sandstone||fracture diversion||shale||SRV-fractured horizontal well||low-salinity water flooding||shale gas reservoir||tight reservoirs||fracture continuum method||tight oil reservoir||Lucaogou Formation||hydraulic fracturing||clean fracturing fluid||recovery factor||flow regimes||local effect||complex fracture network||pore structure||gas adsorption capacity||polymer||non-linear flow||conformable derivative||production simulation||analytical model||enhanced geothermal system||multi-scale flow||experimental evaluation||extended finite element method||fluid-solid interaction||groundwater flow||well-placement optimization||thickener||imbibition recovery||equilibrium permeability||slip length||large density ratio||clay mineral composition||finite volume method||volume fracturing||influential factors||sulfonate gemini surfactant
UR  - https://mdpi.com/books/pdfview/book/1441
ER  -