| 1 - 8 |
Extraction of Hexavalent Chromium Ions with Polyurea Microcapsules
Ni PH, Zhang MZ, Yan NX |
| 9 - 21 |
Pervaporation with Latex Membranes .3. Sorption and Pervaporation Properties - A Comparison Between Latex and Solvent-Cast Membranes
Huang RY, Wei Y |
| 23 - 36 |
Specialty Polymeric Membranes .2. Pervaporation Separation of Aqueous Lower Alcohol-Solutions Through Modified Polybutadiene Membranes
Yoshikawa M, Wano T, Kitao T |
| 37 - 50 |
Thermally-Induced Phase-Separation in Ternary Crystallizable Polymer-Solutions
Vadalia HC, Lee HK, Myerson AS, Levon K |
| 51 - 72 |
A Comparison of Membrane Cascades, Some One-Compressor Recycle Permeators, and Distillation
Mccandless FP |
| 73 - 81 |
Transport-Properties of Electrodialysis Membranes in the Presence of Arginine .1. Equilibrium Properties of a Cation-Exchange Membrane in an Aqueous-Solution of Arginine Chlorhydrate and Sodium-Chloride
Sandeaux J, Fares A, Sandeaux R, Gavach C |
| 83 - 91 |
Transport-Properties of Electrodialysis Membranes in the Presence of Arginine .2. Competition Between the Electrotransport of Organic and Inorganic-Ions Through a Cation-Exchange Membrane in an Aqueous-Solution of Arginine Chlorhydrate and Sodium-Chloride
Fares A, Sandeaux J, Sandeaux R, Gavach C |
| 93 - 99 |
Thermally Forced Membrane Desorption Absorption of Ammonia
Rajalo G, Tereping O, Petrovskaya T |
| 101 - 109 |
Transport Characteristics of the Photo-Driven Active-Transport by Triaryl Cations Across a Liquid Membrane
Ino M, Otsuki J, Araki K, Seno M |
| 111 - 117 |
Pervaporation of Ethanol-Water Through a Poly(Vinyl Alcohol) Cyclodextrin (PVA Cd) Membrane
Yamasaki A, Iwatsubo T, Masuoka T, Mizoguchi K |
| 119 - 129 |
Evaluation of Selected Methods for the Characterization of Ceramic Membranes
Rocek J, Uchytil P |
| 131 - 141 |
The Effect of Film Thickness on Oxygen Sorption and Transport in Dry and Water-Saturated Kapton(R) Polyimide
Mensitieri G, Del Nobile MA, Monetta T, Nicodemo L, Bellucci F |
| 143 - 151 |
A Generalized Solution Diffusion-Model of the Pervaporation Process Through Composite Membranes .1. Prediction of Mixture Solubilities in the Dense Active Layer Using the Uniquac Model
Heintz A, Stephan W |
| 153 - 169 |
A Generalized Solution Diffusion-Model of the Pervaporation Process Through Composite Membranes .2. Concentration Polarization, Coupled Diffusion and the Influence of the Porous Support Layer
Heintz A, Stephan W |
| 171 - 184 |
Deactivation and Regeneration of Pd-Ag Membranes for Dehydrogenation Reactions
Ali JK, Newson EJ, Rippin DW |
| 185 - 196 |
Zeolite-Filled Silicone-Rubber Membranes Experimental-Determination of Concentration Profiles
Hennepe HJ, Boswerger WB, Bargeman D, Mulder MH, Smolders CA |
