| 581 - 594 |
Liquid membranes for extraction
Yurtov EV, Koroleva MY |
| 595 - 607 |
Supported ionic liquid membranes for separations of gases and liquids: an overview
Martinez-Palou R, Likhanova NV, Olivares-Xometl O |
| 608 - 611 |
Investigation of permeability of fluorine and certain fluorinated gases through nonporous fluorine-resistant polymers
Ezhov VK |
| 612 - 616 |
Determination of surface potential of hollow fiber membranes by streaming potential method
Sobolev VD, Vorobyova TA, Kiseleva OA |
| 617 - 621 |
Effect of absorbent vapor on stability of characteristics of a composite PTMSP membrane on nonwoven polyester support during regeneration of diethanolamine solution in membrane contactor
Bazhenov SD, Dibrov GA, Novitsky EG, Vasilevsky VP, Volkov VV |
| 622 - 624 |
An X-ray scattering study of the structure of an MGA-95 composite membrane
Lazarev SI, Golovin YM, Abonosimov DO, Polyansky KK |
| 625 - 630 |
The effect of complex formation on the sorption and transport of mercury(II) ions in ion-exchange membranes
Dyukov AV, Shishkina SV, Zhelonkina EA, Ananchenko BA |
| 631 - 636 |
PD-sensors based on perfluorinated membranes for simultaneous determination of vitamins B1, B6, and PP in aqueous solutions
Parshina AV, Bobreshova OV |
| 637 - 651 |
Hybrid gas separation polymeric membranes containing nanoparticles
Yampolskii YP, Starannikova LE, Belov NA |
| 652 - 658 |
Prevention of the capillary contraction of polysulfone based hollow fiber membranes
Bildyukevich AV, Usosky VV |
| 659 - 663 |
Polikon composite cation-exchange membranes based on novolac phenol-formaldehyde fibers
Kardash MM, Pismenskaya ND, Ainetdinov DV |
| 664 - 668 |
Electric conductivity of profiled ion-exchange membranes
Sheldeshov NV, Zabolotskii VI, Loza SA |
| 669 - 672 |
Potential use of nuclear track membranes in ophthalmology
Bosykh EO, Sohoreva VV, Pichugin VF |
| 673 - 679 |
On the use of membrane technology for helium extraction from high-pressure natural gas
Laguntsov NI, Kurchatov IM, Karaseva MD, Solomahin VI |
| 680 - 685 |
Influence of the composition of concentrate solutions on the efficiency of carbon dioxide removal from monoethanolamine aqueous solution by electrodialysis
Novitsky EG, Vasilevsky VP, Bazhenov SD, Grushevenko EA, Vasilyeva VI, Volkov AV |
| 686 - 697 |
Stormwater treatment for removal of synthetic surfactants and petroleum products by reverse osmosis including subsequent concentrate utilization
Pervov AG, Matveev NA |
| 698 - 704 |
High purification of gases for removal of highly permeable impurities in membrane units comprised of two or three in-series modules
Vorotyntsev VM, Drozdov PN, Vorotyntsev IV, Battalov SV |
| 705 - 709 |
Theoretical evaluation of the microfiltration membrane lifetime
Philippova TS, Filippov AN |
| 710 - 713 |
Application of membrane technology to liquid pepsin extract processing
Sviridenko UY, Abramov DV, Murunova GV, Osipov NN |
