Effusion from face surface of sample

Model V Effusion from Face Surface of Sample is r.d.s. But p For... 

FigureS.IO Evaporation of supported IL ([EMIMJiNTfj], 174°C. HV. porous silica, Kieselgel 100, Merck, 0.06-0.2 mm) and comparison with the simulations by five models Model I effitsion from external surface of the silica particles is r.d.s., Eq. (6.23) Model II pore d rffusion in the particles is r.d.s. Knudsen diffitsion, shrinking core, Eq. (6.29)), Model III mass transfer in the sample is r.d.s. Knudsen diffusion infixed bed of crucible, Eq. (6.34)), Model IV effusion from face surface of sample is r.d.s. and p = p = constant, Eq. (6.37), and Model V effusion from face surface is r.d.s. " Fvap = PBET Psat...

Figure 6.11 Model V Effusion from face surface of sample Is r.d.s. but p = p j p. ...

Figure 6.14 Influence of evaporation time on the residual mass of supported [EMIMJfNTfj] for two different sample masses (174°C, HV, silica, 0.05-0.2 mm, initial filling degree 100%) and comparison with the simulations by Model V [effusion from face surface of sample is r.d.S. but P =PBEl2 Psat) ...

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See also in sourсe #XX -- [ , ]

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