473 - 479 |
Ionic Conductivity of Hybrid Membranes Yaroslavtsev AB, Karavanova YA, Safronova EY |
480 - 491 |
Membranes for Low and Medium Temperature Fuel Cells. State-of-the-Art and New Trends Pourcelly G |
492 - 495 |
The Physico-Chemical Bases of Separation and High Purification of Fluorocarbons and Simple Gases Vorotyntsev VM, Drozdov PN, Vorotyntsev IV, Anikin AE, Beljaev EM, Soboleva YA |
496 - 505 |
A New Type of Potentiometric Sensors Based on Perfluorinated, Sulfonated Cation-Exchange Membranes for Quantitative Analysis of Multicomponent Aqueous Solutions Bobreshova OV, Parshina AV, Polumestnaya KA, Timofeev SV |
506 - 513 |
Hybrid Materials Based on MF-4SK Perfluorinated Sulfocatonic Membranes and Platinum Berezina NP, Chernyaeva MA, Kononenko NA, Dolgopolov SV |
514 - 518 |
Increase in Gas Separation Selectivity During Physical Aging of OH-Containing Polyimide Rusakova OY, Alentiev AY, Kukarkina NV |
519 - 526 |
Electroreduction of Molecular Oxygen on Metal-Ion Exchanger Nanocomposites Chaika MY, Novikova VV, Polyanskii LN, Kravchenko TA |
527 - 535 |
The Kinetics of Membrane Pore Structure Formation by Phase Inversion Fen'ko LA, Semenkevich NG, Bil'dyukevich AV |
536 - 541 |
Interaction of a Charged Spherical Particle with a Pore of a Charged Hydrophobic Membrane in an Electrolyte Solution Filippov AN, Iksanov RK, Volkov AV |
542 - 554 |
Simulation of the Temperature-Driven Pervaporation of Dilute 1-Butanol Aqueous Mixtures through a PTMSP Membrane in a Cross-Flow Module Borisov IL, Volkov VV, Kirsh VA, Roldugin VI |
555 - 567 |
Asymmetric Track Membranes: Relationship between Nanopore Geometry and Ionic Conductivity Apel PY, Blonskaya IV, Levkovich NV, Orelovich OL |
568 - 576 |
Carbon Dioxide Reforming of Alcohols on Porous Membrane Catalyst Systems Tsodikov MV, Fedotov AS, Zhmakin VV, Golubev KB, Korchak VN, Bychkov VN, Kozitsyna NY, Moiseev II |
577 - 584 |
Effect of d-Metal Hydroxides on Water Dissociation in Bipolar Membranes Mel'nikov SS, Shapovalova OV, Shel'deshov NV, Zabolotskii VI |