Water vapor adsorption on activated carbon preadsorbed with naphtalene

Application of water–activated carbon isotherm models to water adsorption isotherms of single-walled carbon nanotubes

“…These models can provide more detailed and fundamentally relevant information about the behavior of water in porous carbons. Typically these models [16][17][18][19][20][21][22] can predict the concentration of surface functional groups, the molecular size of water clusters, and the water adsorption capacity in the micropores as well as on the surface functional groups, and also estimate equilibrium rate constants. Such models are, for example, the Dubinin-Astakov (DA) equation [16], the Talu-Meunier equation [17], the cooperative multimolecular sorption (CMMS) theory [18], and the D.D.…”

“…Such models are, for example, the Dubinin-Astakov (DA) equation [16], the Talu-Meunier equation [17], the cooperative multimolecular sorption (CMMS) theory [18], and the D.D. Do equation [19] and its several modifications [20][21][22]. Each of these models was applied to a specific carbon adsorbent in the original study.…”

“…Similarly, the DA [16] equation, the D.D. Do [19] equation, and its interpretations by Zimny et al [21] and Marban and Fuertes [22] were used to describe the data collected for water adsorption on activated carbon and activated carbon fibers.…”

Production and characterization of KOH-activated carbon derived from polychlorinated biphenyl residue generated by the sodium dispersion process

“…19 The hysteresis loop present in all isotherms corresponds to capillary condensation. The pressure responsible for capillary condensation is related to the size of mesopores.…”

Preparation of humidity-controlling porous ceramics from volcanic ash and waste glass

“…To control the environmental humidity in houses, various solutions have been employed, such as the use of air-conditioning or pressed organic materials in the walls [2][3][4]. However, these solutions have disadvantages; the use of air-conditioning for long periods of time is costly while the organic material used in the walls is flammable, weak, and non-durable.…”