"207424" . . . . "vapour diffusion; vapour absorption; porous materials; kinetics of moistening; cellulosic base materials"@en . "[9855DC09D36C]" . . "2090-6099" . "2011" . "neuveden" . . . . "Milichovsk\u00FD, Miloslav" . "10.5402/2011/794306" . "RIV/00216275:25310/11:39892545" . . "\u010Ce\u0161ek, B\u0159etislav" . "Kinetics of vapour diffusion and condensation in natural porous cellulosic fibre web"@en . . . . . "P(DF11P01OVV028)" . . "US - Spojen\u00E9 st\u00E1ty americk\u00E9" . "Kinetics of vapour diffusion and condensation in natural porous cellulosic fibre web"@en . "25310" . "ISRN Materials Science" . . . "Pot\u016F\u010Dek, Franti\u0161ek" . "Kinetics of vapour diffusion and condensation in natural porous cellulosic fibre web" . . "Kinetics of vapour diffusion and condensation in natural porous cellulosic fibre web" . "Vapour diffusion in a porous web material followed by its absorption or condensation is a typical process for all porous materials particularly on polymeric and natural basis. The description of kinetic weight increment increase during this process was proposed by use of relative simple function with adequately defined theoretical background. It was shown that this kinetic process is controlled by vapour diffusion through porous web material. This tool in connection with observations at different air relative humidity and with use of relatively simple technique enables to evaluate the structure properties and its structure homogeneity, i.e., the uniformity character of the porous stratified web material. Utilization of this description was demonstrated during moistening kinetics of paper web of different composition from primary and secondary fibres on ligno-cellulosic and only cellulosic basis with different ash content."@en . "3"^^ . . "RIV/00216275:25310/11:39892545!RIV13-MK0-25310___" . "7"^^ . "Vapour diffusion in a porous web material followed by its absorption or condensation is a typical process for all porous materials particularly on polymeric and natural basis. The description of kinetic weight increment increase during this process was proposed by use of relative simple function with adequately defined theoretical background. It was shown that this kinetic process is controlled by vapour diffusion through porous web material. This tool in connection with observations at different air relative humidity and with use of relatively simple technique enables to evaluate the structure properties and its structure homogeneity, i.e., the uniformity character of the porous stratified web material. Utilization of this description was demonstrated during moistening kinetics of paper web of different composition from primary and secondary fibres on ligno-cellulosic and only cellulosic basis with different ash content." . . . . "3"^^ .