Enhanced CO₂ separation via molten-carbonate membranes with freeze-cast, porous ceramic supports

<p dir="ltr">File name: Figure 1a: Cumulative intruded mercury volume and incremental intrusion as a function of the pore diameter for YSZ-56</p><p dir="ltr">File name: Figure 1b: Cumulative intruded mercury volume and incremental intrusion as a function of the pore diameter for YSZ-66</p><p dir="ltr">File name: Figure 1c: Cumulative intruded mercury volume and incremental intrusion as a function of the pore diameter for YSZ-60(ZRA)</p><p dir="ltr">File name: Figure 1d: Cumulative intruded mercury volume and incremental intrusion as a function of the pore diameter for CGO</p><p dir="ltr">File name: Figure 4YSZ-56: CO2 permeances as a function of temperature for YSZ-56</p><p dir="ltr">File name: Figure 4YSZ-66: CO2 permeances as a function of temperature for YSZ-66</p><p dir="ltr">File name: Figure 4YSZ-60: CO2 permeances as a function of temperature for YSZ-60(ZRA)</p><p dir="ltr">File name: Figure 4CGO: CO2 permeances as a function of temperature for CGO</p><p><br></p><p dir="ltr">The CO2 permeances used in Figure 6 come from the same data as in Figure 4. The literature data have been taken from the corresponding references.</p><p><br></p>