Studying intermolecular processes in thin surface layers with microcantilever transducers. Formation of protein fibrils on a solid support G. A. KiselevP. V. KudrinskiiO. I. Vinogradova Modern Problems of the Physical Chemistry of Surfaces, Materials Science and Materials Protection 09 November 2008 Pages: 535 - 541
Transfer and deposition of carbon-and nitrogen-containing radicals and ions produced by glow discharge in hydrogen/methane/nitrogen mixtures A. E. GorodetskiiR. Kh. ZalavutdinovV. V. Semenov Physicochemical Processes at Interfaces 09 November 2008 Pages: 542 - 547
The effect of atomic hydrogen on the anodic dissolution of iron in a sulfate electrolyte studied with impedance spectroscopy M. A. MaleevaA. A. RybkinaV. V. Elkin Physicochemical Processes at Interfaces 09 November 2008 Pages: 548 - 556
Effect of anodic surface treatment of cobalt silicides on the hydrogen evolution reaction V. S. PovroznikA. B. SheinI. N. Mikova Physicochemical Processes at Interfaces 09 November 2008 Pages: 557 - 560
Adsorption properties of synthetic piceatannol K. E. PoluninP. N. KolotilovI. A. Polunina Molecular and Supramolecular Structures at the Interfaces 09 November 2008 Pages: 561 - 568
Supramolecular bisporphyrin cages: Design and ways of self-assembly of supramolecular bisporphyrin structures for molecular nanomotors and nanosensors Yu. P. YashchukV. S. TyurinI. P. Beletskaya Molecular and Supramolecular Structures at the Interfaces 09 November 2008 Pages: 569 - 576
Electrochemical synthesis and spectroelectrochemical properties of nanostructured polyaniline layers in the presence of various polyamidosulfonic acids A. A. IsakovaO. L. GribkovaA. V. Vannikov Nanoscale and Nanostructured Materials and Coatings 09 November 2008 Pages: 577 - 581
Nanostructure and energy properties of the stainless steel X18N10T surface studied by scanning tunneling microscopy and scanning tunneling spectroscopy. 2. Measurements at different potentials in HCl and H2SO4 solutions Yu. M. StryuchkovaE. V. Kasatkin Nanoscale and Nanostructured Materials and Coatings 09 November 2008 Pages: 582 - 588
Formation of metal (Iron)-oxide nanostructures and nanocomposites by reactive sputtering and low-temperature reoxidation V. A. KotenevD. N. TyurinT. P. Puryaeva Nanoscale and Nanostructured Materials and Coatings 09 November 2008 Pages: 589 - 592
The effect of silicon on hyperfine structure and corrosion-electrochemical behavior of Fe-Cr alloys O. V. KasparovaYu. V. BaldokhinM. O. Anosova Novel Compounds, Materials, and Coatings 09 November 2008 Pages: 593 - 598
Peculiarities of deposition of amorphous phosphate coatings on MA-2 magnesium alloys V. BurokasA. MartusheneR. Ramanauskas Novel Compounds, Materials, and Coatings 09 November 2008 Pages: 599 - 602
Physicochemical properties of steel surfaces with titanium nitride ion-plasma sprayed coating A. I. KostrzhitskiiT. V. ChebanR. A. Podolyan Novel Compounds, Materials, and Coatings 09 November 2008 Pages: 603 - 606
Mutual influence of portions of simple and binary inhibitors in the acid corrosion of iron V. V. EkilikG. N. EkilikE. N. Balakshina Physicochemical Problems of Materials Protection 09 November 2008 Pages: 607 - 611
Acid corrosion of aluminum under conditions of contact plating of antimony V. V. BartenevO. I. Barteneva Physicochemical Problems of Materials Protection 09 November 2008 Pages: 612 - 617
Corrosion protection study of nanocrystalline plasma-electrolytic carbonitriding process for CP-Ti M. Kh. AlievA. SabourP. Taheri Physicochemical Problems of Materials Protection 09 November 2008 Pages: 618 - 623
Study of fractal characteristics and structure of the filler aggregates in polymer dispersions O. V. GorshkovaA. E. ChalychV. K. Gerasimov Methods of Investigating Physicochemical Systems 09 November 2008 Pages: 624 - 626
Determining the integral dissolution rate of two-phase alloys in cryolite-alumina melts A. Yu. FilatovE. V. AntipovV. I. Shtanov Methods of Investigating Physicochemical Systems 09 November 2008 Pages: 627 - 631
Inhibiting the anodic dissolution of a steel with polydiallyldimethylammonium chloride and acrylamide copolymers with trimethylammoniumethylacrylate chloride and sodium acrylate M. V. BoikoE. E. AkimovaV. A. Fevraleva Methods of Investigating Physicochemical Systems 09 November 2008 Pages: 632 - 635