Proportion-Dependent Frictional Properties of Laumontite-Quartz/Chlorite Gouges Under Hydrothermal Conditions: Implications for Induced Seismicity in Granitic EGS.

File descriptions: Hu_et_al_2026_LQ-3 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment LQ-3 (100% Quartz, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 180 ℃). Hu_et_al_2026_LQ-2 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment LQ-2 (10% Laumontite + 90% Quartz, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 180 ℃). Hu_et_al_2026_LQ-1 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment LQ-1 (25% Laumontite + 75% Quartz, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 180 ℃). Hu_et_al_2026_LQ-4 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment LQ-4 (75% Laumontite + 25% Quartz, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 180 ℃). Hu_et_al_2026_ZF-08 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment ZF-08 (50% Laumontite + 50% Quartz, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 180 ℃). Hu_et_al_2026_ZF-09 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment ZF-09 (50% Laumontite + 50% Quartz, Confining pressure of 95 MPa, pore pressure of 70 MPa and temperature of 180 ℃). Hu_et_al_2026_ZF-10 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment ZF-10 (Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 180 ℃). Hu_et_al_2026_LC-5 – Shear Displacement (column 2), Frictional Coefficient (column 3) data for Experiment LC-5 (100% Chlorite, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 180 ℃). Hu_et_al_2026_LC-10 – Shear Displacement (column 2), Frictional Coefficient (column 3) data for Experiment LC-10 (25% Laumontite + 75% Chlorite, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 140 ℃). Hu_et_al_2026_LC-2 – Shear Displacement (column 2), Frictional Coefficient (column 3) data for Experiment LC-2 (25% Laumontite + 75% Chlorite, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 180 ℃). Hu_et_al_2026_LC-8 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment LC-8 (50% Laumontite + 50% Chlorite, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 140 ℃). Hu_et_al_2026_LC-9 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment LC-9 (50% Laumontite + 50% Chlorite, Confining pressure of 95 MPa, pore pressure of 70 MPa and temperature of 140 ℃). Hu_et_al_2026_LC-1 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment LC-1 (50% Laumontite + 50% Chlorite, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 180 ℃). Hu_et_al_2026_LC-6 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment LC-6 (50% Laumontite + 50% Chlorite, Confining pressure of 95 MPa, pore pressure of 70 MPa and temperature of 180 ℃). Hu_et_al_2026_LC-7 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment LC-7 (50% Laumontite + 50% Chlorite, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 220 ℃). Hu_et_al_2026_LC-3 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment LC-3 (75% Laumontite + 25% Chlorite, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 180 ℃). Hu_et_al_2026_LC-4 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment LC-4 (90% Laumontite + 10% Chlorite, Confining pressure of 95 MPa, pore pressure of 35 MPa and temperature of 180 ℃). Hu_et_al_2026_ZF-01 – Shear Displacement (column 1), Frictional Coefficient (column 2) data for Experiment ZF-01 (100% Laumontite, Confining pressure of 95MPa, pore pressure of 35MPa and temperature of 180℃).