Effect of quality on performance of hydrophobic ZIF-67 upon high-pressure water intrusion–extrusion

Original datasets of transmission electron microscopy (TEM), x-ray diffraction (XRD) and intrusion-extrusion isotherms for ZIF-67 materials:1.10.31.43 CCD Acquire - raw transmission electron data of ZIF-67_HQ (Figure 2 in the main manuscript)2. 18.13.51 CCD Acquire - raw transmission electron data of ZIF-67_LQ (Figure 2 in the main manuscript)3.ZIF-67_HQ_1st cycle - raw data for PV-isotherm for the first cycle of ZIF-67_HQ sample4.ZIF-67_HQ_10thcycle - raw data for PV-isotherm for the 10th cycle of ZIF-67_HQ sample5.ZIF-67_LQ_1stcycle - raw data for PV-isotherm for the first cycle of ZIF-67_LQ sample6.ZIF-67_LQ_10thcycle - raw data for PV-isotherm for the 10th cycle of ZIF-67_LQ sample7.HQ_ZIF67 - raw X-ray diffraction pattern data for ZIF-67_HQ sample8.LQ_ZIF-67 - raw X-ray diffraction pattern data for ZIF-67_LQ sampleCombined comparison of TEM and XRD vs intrusion-extrusion isotherms for ZIF-67 allows highlighting how the quality of ZIF-67 affects the energetic performance of this material in the intrusion-extrusion cycle.