Page 159 - Dys
        P. 159
     159
                         107. Cui  Z.  Y.,  Liu  Z.  Y.,  Wang  L.  W.,  Ma  H.  C.,  Du  C.  W.,  Li  X.  G.,
                  Wang X. Effect of pH value on the electrochemical and stress corrosion cracking
                  behavior  of  X70  pipeline  steel  in  the  dilute  dicarbonate  solutions.  Journal  of
                  Materials  Engineering  and  Performance.  November  2015.  Vol.  24.  No.  11.
                  P. 4400–4408.
                         108. Xue  H. B.,  Cheng  Y. F.  Photo-electrochemical  studies  of  the  local
                  dissolution  of  a  hydrogen-charged  X80  steel  at  crack-tip  in  a  near-neutral  pH
                  solution. Electrochimica Acta. 2010. Vol. 55. P. 5670–5676.
                         109. Jin T. Y., Liu Z. Y., Cheng Y. F. Effect of non-metallic inclusions on
                  hydrogen-induced cracking of  API5L  X100  steel.  Ibid. 2010.  Vol. 35. P. 8014–
                  8021.
                         110. Torres-Islas A., Serna S., Campillo B., Colin J., Molina A. Hydrogen
                  embrittlement  behavior  on  microalloyed  pipeline  steel  in  NS-4  solution.  Int  J
                  Electrochem Sci. 2013.Vol. 8. P. 7608–7624.
                         111. Красовский  А. Я.,  Лохман  И. В.,  Ориняк  И. В.  Стресс-
                  коррозионные  разрушения  магистральных  трубопроводов.  К.  Проблемы
                  прочности. 2012. № 2. С. 23–43.
                         112. Yan M., Weng Y. Study on hydrogen absorption of pipeline steel under
                  cathodic charging. Corrosion Science. 2006. Vol. 48. P. 432–444.
                         113.  Mohtadi-Bonab  M. A.,  Eskandari  M.,  Szpunar  J. A.  Texture,  local
                  misorientation,  grain  boundary  and  recrystallization  fraction  in  pipeline  steels
                  related to hydrogen induced cracking. Materials Science and Engineering A. 2014.
                  Vol. 620. P. 97–106.
                         114. Venegas V., Caleyo F., Herrera O., Hernández-Sánchez J., Hallen J. M.
                  Crystallographic  texture  helps  reduce  HIC  cracking  in  pipeline  steels.  Int.  J.
                  Electrochem. Sci. 2014. Vol. 9, P. 418–425.
                         115. Capelle  J.,  Dmytrakh  I.,  Pluvinage  G.  Comparative  assessment  of
                  electrochemical  hydrogen  absorption  by  pipeline  steels  with  different  strength.
                  Corrosion Science. 2010. Vol. 52. P. 1554–1559.
     	
