| 197 - 203 |
On the Mechanism of Metal-Ions Facilitated Transport Through Pseudo-Liquid Membranes
Plate NA, Lebedeva TL, Shandryuk GA, Kardivarenko LM, Bagreev VV |
| 205 - 218 |
Use of Nanofiltration for Concentration and Demineralization in the Dairy-Industry - Model for Mass-Transport
Vanderhorst HC, Timmer JM, Robbertsen T, Leenders J |
| 219 - 230 |
Separation of CO2 by Modified Gamma-Al2O3 Membranes at High-Temperature
Cho YK, Han KW, Lee KH |
| 231 - 241 |
Gas Separation Properties of Aromatic Polyamides Containing Hexafluoroisopropylidene Groups
Morisato A, Ghosal K, Freeman BD, Chern RT, Alvarez JC, Delacampa JG, Lozano AE, Deabajo J |
| 243 - 250 |
Pervaporation of Grape Juice Aroma
Rajagopalan N, Cheryan M |
| 251 - 262 |
Synthesis and Hydrogen Permeation Properties of Ultrathin Palladium-Silver Alloy Membranes
Jayaraman V, Lin YS |
| 263 - 269 |
Transport Studies of Amino-Acids Through a Liquid Membrane System Containing Carboxylated Poly(Styrene) Carrier
Ersoz M, Vural US, Okdan A, Pehlivan E, Yildiz S |
| 271 - 281 |
Performance of Whey Cross-Flow Microfiltration During Transient and Stationary Operating-Conditions
Gesan G, Daufin G, Merin U |
| 283 - 290 |
Grafting of Siloxane on Poly(Styrene-Co-Maleic Acid) and Application of This Grafting Technique to a Porous Membrane for Gas Separation
Suzuki F, Nakane K, Hata Y |
