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                  2.     Vynar V.A. Dovhunyk V.M., Student M.M. Methodical specific features of

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                  3.     Corrosive  wear  of  aluminium  alloy  in  the  presence  of  phosphate  /

                  V.I.  Pokhmurskii,  I.M.  Zin,  V.A.  Vynar,  O.P.  Khlopyk,  L.M.  Bily.  Corrosion

                  Engineering, Science and Technology. 2012. Vol. 47, №. 3. P. 182–187.

                  4.     Electrochemical  investigations  of  aluminium  alloys  tribocorrosion  /

                  V.I. Pokhmurskii, I.M. Zin, H.V. Pokhmurska, V.A. Vynar. Int. J. Corros. Scale

                  Inhib. 2014. Vol. 3, № 2. Р.129–136.

                  5.     Aluminium  Alloy  Corrosion  Inhibition  by  Chromate-Free  Composition  of

                  Zinc  Phosphate  and  Ion  Exchanged  Zeolite  /  V.I.  Pokhmurskii,  I.M.  Zin,  L.M.

                  Bily,  V.A.Vynar,  Ya.I.  Zin.  Surface  and  Interface  Analysis.  2013.  Vol.  45.  P.

                  1474–1478.

                  6.     Effects of hydrogen exposure on the mechanical and tribological properties


                  of  α-titanium  surfaces  /  V.I.  Pokhmurskii,  V.A.  Vynar,  Ch.B. Vasyliv,
                  N.B. Ratska. Wear. 2013. Vol. 306, Iss. 1–2. P. 47–50.


                  7.     The  influence  of  hydrogen  desorption  on  micromechanical  properties  and
                  tribological behavior of iron and carbon steels / V.I. Pokhmurskii, M.S. Khoma,


                  V.A.  Vynar,  Сh.  Vasyliv,  N.  Ratska,  T.  Voronyak,  I.  Stasyshyn.  Procedia

                  Structural Integrity. 2018. Vol. 13. С. 2190–2195.

                  8.     Determination  of  the  Mechanism  of  Tribocorrosion  of  D16T  Alloy

                  According  to  the  Electrode  Potential  /  V.A.  Vynar,  V.I.  Pokhmurskii,  I.M.  Zin,

                  Kh. B. Vasyliv, O.P Khlopyk. Materials Science. 2018.Vol. 53, № 5. Р. 717–723.

                  9.     Influence  of  the  External  Polarization  Potential  on  the  Tribocorrosion

                  Behavior  of  08Kh18N10T  Steel  /  V.I.  Pokhmurskii,  M.S.  Khoma,V.A.  Vynar,

                  Kh. B. Vasyliv, N.B. Rats’ka. Materials Science. 2018. Vol. 54, № 2. Р. 279–285.

                  10.    Elevation of the Wear Resistance of Low-Alloy Structural Steel by Plasma-

                  Powder  Surfacing  with  Alloys  Based  on  Iron,  Chromium,  and  Nickel  /

                  E.F.  Perepl’otchikov,  K.B.  Vasyliv,  V.A.  Vynar,  I.O.  Ryabtsev,  V.I.  Zakiev.

                  Materials Science. 2018. Vol. 54, № 3. С. 378–386.
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