[[abstract]]The phenomenon of mass transfer through a parallel-plate channel with uniform wall concentration and external refluxes has been investigated by use of an orthogonal calculation technique. Considerable improvement is achieved when the external refluxes and barrier position are suitably adjusted. Analytical results showthat recycle can enhance the mass transfer efficiency for high inlet flowrate compared with that in a single-pass device (without a permeable barrier inserted).[[notice]]補正完畢[[incitationindex]]SCI[[incitationindex]]EI[[booktype]]紙
[[abstract]]The reflux indeed has much influence on the heat and mass transfer, which in turn plays ...
[[abstract]]The effect of mass transfer in parallel-flow rectangular dialyzers with internal recycle...
[[abstract]]The effect of external recycle on the performance of dialysis in cross-flow rectangular ...
[[abstract]]The phenomenon of mass transfer through a parallel-plate channel with uniform wall conce...
[[abstract]]The enhancement of mass transfer in double-pass countercurrent-flow parallel-plate mass ...
[[abstract]]The enhancement of mass transfer in double-pass countercurrent-flow parallel-plate mass ...
[[abstract]]The mass-transfer flow of a multi-pass counterflow laminar mass exchanger by inserting t...
[[abstract]]new external recycle design at the ends of multi-pass parallel plate mass exchangers wit...
[[abstract]]Numerous separation processes and reactor designs with internal or external refluxes at ...
[[abstract]]The influence of recycle-barrier location on membrane extraction through a parallel-flow...
[[abstract]]The influence of recycle on double-pass parallel-plate heat and mass exchangers with uni...
[[abstract]]The effects of recycle at the ends on the heat and mass transfer through a parallel-plat...
[[abstract]]The application of the recycle-effect concept to a double-pass parallel-plate mass excha...
[[abstract]]The internal reflux effect on dialysis through the retentate phase of a cross-flow recta...
[[abstract]]A new external-recycle device of multi-pass heat exchangers with uniform wall temperatur...
[[abstract]]The reflux indeed has much influence on the heat and mass transfer, which in turn plays ...
[[abstract]]The effect of mass transfer in parallel-flow rectangular dialyzers with internal recycle...
[[abstract]]The effect of external recycle on the performance of dialysis in cross-flow rectangular ...
[[abstract]]The phenomenon of mass transfer through a parallel-plate channel with uniform wall conce...
[[abstract]]The enhancement of mass transfer in double-pass countercurrent-flow parallel-plate mass ...
[[abstract]]The enhancement of mass transfer in double-pass countercurrent-flow parallel-plate mass ...
[[abstract]]The mass-transfer flow of a multi-pass counterflow laminar mass exchanger by inserting t...
[[abstract]]new external recycle design at the ends of multi-pass parallel plate mass exchangers wit...
[[abstract]]Numerous separation processes and reactor designs with internal or external refluxes at ...
[[abstract]]The influence of recycle-barrier location on membrane extraction through a parallel-flow...
[[abstract]]The influence of recycle on double-pass parallel-plate heat and mass exchangers with uni...
[[abstract]]The effects of recycle at the ends on the heat and mass transfer through a parallel-plat...
[[abstract]]The application of the recycle-effect concept to a double-pass parallel-plate mass excha...
[[abstract]]The internal reflux effect on dialysis through the retentate phase of a cross-flow recta...
[[abstract]]A new external-recycle device of multi-pass heat exchangers with uniform wall temperatur...
[[abstract]]The reflux indeed has much influence on the heat and mass transfer, which in turn plays ...
[[abstract]]The effect of mass transfer in parallel-flow rectangular dialyzers with internal recycle...
[[abstract]]The effect of external recycle on the performance of dialysis in cross-flow rectangular ...