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NATIONAL ACADEMY OF SCIENCES OF UKRAINE
                                              H. V. KARPENKO PHYSICO-MECHANICAL INSTITUTE
                                               PHYSICOCHEMICAL

                             MECHANICS OF MATERIALS

                                                        InternationalScientific-TechnicalJournal
                                                                     FoundedinJanuary1965
                                                                          Publishedbimonthly
                                                             VOLUME 51, № 5, 2015
                                                                           September – October





                                                 CONTENTS


                  Bilousova N. A., Donchenko M. I., and Herasymenko Yu. S. Electrochemical
                      modification of the steel surface for corrosion protection in water environment.
                      The influence of dissolution products of electric negative metals .................................7
                  Kurmakova I. M., Bondar O. S., and Demchenko N. R. Quantum-chemical
                      descriptors as a criterion of efficiency of quaternary salts with
                      antimicrobic properties under biocorrosion inhibition of steel ....................................17
                  Zin I. M., Karpenko O. V., Kornii S. A., Midyana H. H., Tymus M. B.,
                      Khlopyk O. P., Karpenko I. V., and Lysyak V. M. The influence
                      of rhamnolipid biocomplex on corrosion of duraluminum under
                      mechanical activation of its surface .............................................................................24
                  Sizaya O. I., Savchenko O. M., Kvashuk Yu. V., Shtil N. A., and Chelyabieva V. M.
                      New inhibitors on the basis of vegetable raw material and regularities
                      of their adsorption on the steel surface.........................................................................33
                  Pokhmurskii V. I., Bily L. M., Zin Ya. I., and Voloshyn M. P. Inhibiting
                      of aluminum alloy corrosion with a composition of ion-exchange pigments ..............43
                  Chyhyrynets O. E., Fatyeyev Yu. F., Vorobiova V. I., and Skyba М. І.
                      Investigation of the mechanism of the effect of izopropanol extract
                      rapeseed oil cake on the processes of atmospheric corrosion of copper ......................48
                  Obraztsov V. B., Rublova Ye. D., and Baskevich O. S. The influence of scale
                      inhibitor on the phase composition, morphology and sedimentation
                      properties of the CaCO 3  precipitation..........................................................................56
                  Khoma M. S., Chuchman М. R., Antoshchak I. M., Ivashkiv V. R., Datsko B. M.,
                      and Lychkovskyi E. I. Corrosion and hydrogenation of 09Г2С steel
                      in hydrogen sulphide environments at elevated temperatures and pressures. ..............62
                  Petryna D. Yu., Gogol V. M., Petryna Yu. D., Zvirko O. I., and Nykyforchyn Yu. M.
                      Corrosion and corrosion-mechanical fracture of crude oil tank steel...........................68
                  Kosarevych R. Ya., Rusyn B. P., and Torska R. V. Modeling of pitting corrosion
                      propagation using spot images.....................................................................................75
                  Poklyatsky A. G., Fedorchuk V. E., and Yavorskaya M. R. The resistance
                      to stress corrosion cracking of the AMg5M alloy joints received by TIG
                      and friction stir welding ...............................................................................................82
                  Yavorskiy V. Т. and Helesh А. В. Calculation of the parameters of evaporation
                      of sulphuric acid solutions with low corrosion activity of phases................................90
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