cMOF Evidence Base
Porosity — Enhanced VOC adsorption capacity on MOF thin layer with reduced particle size by cryogrinding and microwave method

Measurement evidence

Porosity

Enhanced VOC adsorption capacity on MOF thin layer with reduced particle size by cryogrinding and microwave method · Gaikwad S., Kim Y., Gaikwad R. et al. · Journal of Environmental Chemical Engineering · 2022 · 107567

1 measurement group · 29 results

Reported values remain attached to the sample, method, conditions, extraction quality and source location that produced them.

N2 adsorption isotherm with BET surface area and NLDFT pore volume

Gas sorption and porosity

All MOF powder samples in paper · Powder

N2 adsorption at 77 K using BELSORP-max; samples activated before measurement.

Temperature
77
Atmosphere
N2
Context
Pristine MOF powders before and after grinding.
Measurement source
5 · 2.2.7 · Table 1; Fig. 4
PropertyReported valueNormalised valueUncertaintyOrigin and qualitySource
BET surface area: HKUST-1 - AC1205 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: HKUST-1 - AC0.62 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: HKUST-1 - ACG47.19 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: HKUST-1 - ACG0.15 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: HKUST-1 - BC1516 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: HKUST-1 - BC0.58 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: MIL-101 - AC2481 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: MIL-101 - AC1.40 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: MIL-101 - ACG718 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: MIL-101 - ACG0.42 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: MIL-101 - BCMarked as a best value within this paper2706 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: MIL-101 - BCMarked as a best value within this paper1.53 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: UiO-66 - AC1061 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: UiO-66 - AC0.59 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: UiO-66 - ACG315 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: UiO-66 - ACG0.22 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: UiO-66 - BC1375 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: UiO-66 - BC0.71 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: UTSA-16 - microwave - AC612 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: UTSA-16 - microwave - AC0.29 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: UTSA-16 - microwave - BC804 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: UTSA-16 - microwave - BC0.35 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: UTSA-16 - solvothermal785 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: UTSA-16 - solvothermal0.34 cm3/g——Table
Exact Reported		3 · Results · Table 1
BET surface area: ZIF-81723 m2/g——Table
Exact Reported		3 · Results · Table 1
Total pore volume: ZIF-80.48 cm3/g——Table
Exact Reported		3 · Results · Table 1
Pore-size distribution range: HKUST-10.4-1.5 nm—rangeText
Range		7 · Results · Fig. 5
Pore-size distribution range: MIL-1010.5-4 nm—rangeText
Range		7 · Results · Fig. 5
Pore-size distribution range: UiO-660.4-2 nm—rangeText
Range		7 · Results · Fig. 5