Data for "Gas/Water Two-Phase Flow in the SiO2 Nanoslit Can Be Well Described via the Deformed Water Layer Model: A Molecular Simulation Study"

This is a description of the data for the manuscript titled "Gas/Water Two-Phase Flow in the SiO2 Nanoslit Can Be Well Described via the Deformed Water Layer Model: A Molecular Simulation Study".
File 01 contains the flow rate data of methane from 15 different water saturation cases, reflecting the cumulative number of methane molecules that have passed through the slit over a period of time.
File 02 includes the simulation results for 15 different water saturation cases, containing the water saturation (Sw), gas saturation (Sg), number of water molecules (Nw), number of gas molecules (Ng), simulation duration (t), system pressure (Ps), and pressure difference (ΔP) for each case.
File 03 presents a comparison between the gas relative permeability (Krg) results obtained in this study and those from four previous studies.
File 04 shows the comparison between the DWL model proposed in this study and two other models.