| 767 - 785 |
A pseudophase-change solution-diffusion model for pervaporation. I. Single component permeation
Shieh JJ, Huang RYM |
| 787 - 799 |
Temperature polarization coefficients in membrane distillation
Martinez-Diez L, Vazquez-Gonzalez MI, Florido-Diaz FJ |
| 801 - 818 |
Water demineralization by electrodeionization with ion-exchange textiles. Comparison with conventional electrodialysis
Dejean E, Sandeaux J, Sandeaux R, Gavach C |
| 819 - 833 |
Relative flotation response of zinc sulfide : Mineral and precipitate
Rao SR, Finch JA, Zhou Z, Xu Z |
| 835 - 853 |
Instability mechanisms of supported liquid membranes
Dreher TM, Stevens GW |
| 855 - 866 |
Transport of silver(I) ion through a supported liquid membrane using bathocuproine as a carrier
Saito T |
| 867 - 886 |
Soil flushing with EDTA solutions : A model for channeled flow
Garcia-Delgado RA, Rodriguez-Maroto JM, Gomez-Lahoz C, Vereda-Alonso C, Garcia-Herruzo F |
| 887 - 898 |
Calculational methods for determining the distribution of components in a separation cascade for multicomponent mixture
Wu HJ, Ying CT, Liu GJ |
| 899 - 907 |
Extraction behavior of proteins using AOT reversed micellar systems formed by kerosene and silicone oil
Tong JH, Furusaki S |
| 909 - 914 |
The separation of Cu2+ and Ni2+ from Fe3+ ions by complexation with alginic acid and using a suitable membrane
Solpan D, Sahan M |
