a1nm b1.5nm c2nm d3nm e4nm Figure S13 The snapshot of configurations of methane molecules in slit-like chlorite pore at 333K and 20MPa under different pore sizes a1nm b1.5nm c2nm d3nm e4nm Figure S14 The snapshot of configurations of methane molecules in slit-like C4 pore at 333K and 20MPa under different pore sizes a1nm b1.5nm c2nm d3nm e4nm Figure S15 The snapshot of configurations of methane molecules in slit-like C10 pore at 333K and under different pore sizes Figure S16 The potential energy distribution curves of quartz and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b) Figure S17 The potential energy distribution curves of montmorillonite and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b) Figure S18 The potential energy distribution curves of illite and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b) Figure S19 The potential energy distribution curves of kaolinite and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b) Figure S20 The potential energy distribution curves of chlorite and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b) Figure S21 The potential energy distribution curves of C4 and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b)
a1nm b1.5nm c2nm d3nm e4nm Figure S13 The snapshot of configurations of methane molecules in slit-like chlorite pore at 333K and 20MPa under different pore sizes a1nm b1.5nm c2nm d3nm e4nm Figure S14 The snapshot of configurations of methane molecules in slit-like C4 pore at 333K and 20MPa under different pore sizes a1nm b1.5nm c2nm d3nm e4nm Figure S15 The snapshot of configurations of methane molecules in slit-like C10 pore at 333K and under different pore sizes Figure S16 The potential energy distribution curves of quartz and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b) Figure S17 The potential energy distribution curves of montmorillonite and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b) Figure S18 The potential energy distribution curves of illite and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b) Figure S19 The potential energy distribution curves of kaolinite and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b) Figure S20 The potential energy distribution curves of chlorite and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b) Figure S21 The potential energy distribution curves of C4 and methane under different pressure (pore size of 4nm) (a) and different pore sizes (pressure of 20MPa) (b)
1-s2.0-S0016236117303599-mmc1.docx