Page 7 - Zmist-n5-2015

Ved M. V., Sakhnenko M. D., Karakurkchi A. V., Yermolenko I. Yu., and Fomina L. P.
Functional properties of galvanic alloys Fe–Mo and Fe–Mo–W.................................98
Shtefan V. V., Bairachnyi B. I., Lisachuk H. V., Smirnova O. Yu., Zuyok V. A.,
Rud R. O., and Voronina O. V. Aluminum corrosion in contact with oxidized
titanium and zirconium. .............................................................................................107
Hertsyk O. M., Boichyshyn L. M., Kovbuz M. O., Kulyk Yu. О., and Nosenko V. K.
Corrosion resistance of amorphous alloy
Fe 68,93 Mn 1 Mo 4 Cr 2 C 7 P 10 B 5 Si 2 (Cu, W, Al) 0,07
in the environments of different aggression ..............................................................114
Balitskii O. I., Kawiak M., and Kawiak P. Technical diagnostics
of the composite evaporator plant by production of sulfuric acid..............................121
Kushnir S. V., Kost M. V., and Seniv O. R. The effect of the “passive” gases
barbotage on the properties of water and aqueous solutions
of sodium chloride .....................................................................................................127
Onyshchuk O. O. Abrasive wear-resistance of Ti–Fe–Cr alloy obtained
by self-propagating high-temperature synthesis and modified
with boron and carbon................................................................................................133
Skalskyi V. R., Dolinska I. Ya., and Rudak M. O., and Opanasovych V. K.
AE-diagnostics of fatigue fracture of aluminium Al–Zn–Mg–Cu alloys...................138