Page 335 - Korniy_dyser
P. 335

335

                      84.  Taylor  C.  D.,  Neurock  M.  Theoretical  insights  into  the  structure  and
                           reactivity of the aqueous/metal  interface. Current Opinion in Solid State


                           and Materials Science. 2005. Vol. 9, № 1-2. P. 49–65.
                      85.  Vıctor  A.  Ranea,  William  F.  Schneider,  Ian  Carmichael.  DFT


                           characterization of coverage dependent molecular water adsorption modes
                           on α-Al 2O 3(0 0 0 1). Surface Science. 2008. Vol. 602. P. 268–275.


                      86.  Smita  Ghosh,  Seenivasan  Hariharan,  Ashwani  K.  Tiwari.  Water

                           Adsorption and Dissociation on Copper/Nickel Bimetallic Surface Alloys:

                           Effect of Surface Temperature on Reactivity. J. Phys. Chem. C. 2017. Vol.

                           121, no. 30. P. 16351–16365.

                      87.  Water  adsorption  on  bimetallic  PtRu/Pt(111)  surface  alloys  /  Julia  M.

                           Fischer, David Mahlberg, Tanglaw Roman, Axel Groß. Proceedings of the

                           Royal Society A. Mathematical, physical and engineering sciences. 2016.

                           Vol. 472, Is. 2194. P. 620–643.

                      88.  First  principles  reaction  modelling  of  the  electrochemical  interface:

                           consideration  and  calculation  of  a  tunable  surface  potential  from  atomic

                           and  electronic  structure  /  C.D.  Taylor,  S.A.  Wasileski,  J.S.  Filhol,  M.

                           Neurock. Physical Review B. 2006. Vol. 73, Article ID 165402. 16 p.

                      89.  Атанасянц А.Г. Анодное поведение металлов. М.: Металлургия, 1989.

                           151 с.

                      90.  Mohsen  Lashgari,  Ali  M.  Malek.  Fundamental  studies  of  aluminum

                           corrosion  in  acidic  and  basic  environments:  Theoretical  predictions  and

                           experimental observations. Electrochimica Acta. 2010. Vol. 55. P. 5253–

                           5257.

                      91.  Christopher D. Taylor. The transition from metal–metal bonding to metal–

                           solvent interactions during a dissolution event as assessed from electronic

                           structure. Chemical Physics Letters. 2009. Vol. 469. P. 99–103.

                      92.  Халдеев       Г.В.,    Петров      С.Н.      Компьютерное         моделирование

                           электрохимических процессов на межфазной границе. Успехи химии.

                           1998. т. 67, №2. С. 107–124.
   330   331   332   333   334   335   336   337   338   339   340