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B. Karbasov, L. Ustinenkova, K. Tikhonov (1997)
Formation of surface alloys during contact exchangeRussian Journal of Electrochemistry, 33
A. Dresvyannikov, M. Kolpakov, E. Pronina (2010)
Synthesis of nanoparticles of iron triade metals in water solutionsRussian Journal of General Chemistry, 80
Y. Zou, K. Kusabiraki, S. Saji (2002)
Effect of Ni addition on formation of amorphous and nanocrystalline phase during mechanical alloying of Al–25 at.%Fe–(5,10) at.%Ni powdersMaterials Research Bulletin, 37
A. Dresvyannikov, M. Kolpakov (2006)
Formal kinetic analysis of the Fe(III) → Fe(0) redox process on aluminum with consideration for the fractal dimension of the surfaceRussian Journal of Physical Chemistry, 80
E. Riegel, R. Schwartz (1952)
Reduction by Aluminum Powder in Aqueous SolutionAnalytical Chemistry, 24
(1990)
Elektroliticheskoe osazhdenie zheleza (Electrolytic Deposition of Iron)
AF Dresvyannikov, ME Kolpakov (2012)
Templatnyi sintez mikroi nanorazmernykh prekursorov polimetallicheskikh sistem v vodnykh rastvorakh s ispol’zovaniem alyuminievoi matritsy
(1982)
Diffraction patterns of the (1) dispersed precursor of the Fe–Ni–Al system and (2) SPS-compacted sample
E. Riegel, R. Schwartz (1954)
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A. Dresvyannikov, M. Kolpakov, E. Pronina (2008)
Joint reduction of Fe(III), Ni(II), and Co(II) ions in solution in contact with aluminumRussian Journal of Applied Chemistry, 81
A. Dresvyannikov, M. Kolpakov (2005)
Pseudo-Topochemical Synthesis of α-Fe in Aqueous Solution Using an Aluminum MatrixRussian Journal of General Chemistry, 75
A. Dresvyannikov, M. Kolpakov (2002)
INORGANIC SYNTHESIS AND INDUSTRIAL INORGANIC CHEMISTRY Kinetics of Fe(III) Fe(0) Reduction on Aluminum in Aqueous SolutionsRussian Journal of Applied Chemistry
The possibility of preparing Fe-Ni-Al polymetallic systems by contact exchange in chloride-containing aqueous solutions was examined. The relationships describing the process that occurs on aluminum microparticles were found. The systems obtained are precursors of intermetallic compounds Ni0.58Al and Fe10.8Ni.
Russian Journal of Applied Chemistry – Springer Journals
Published: May 13, 2014
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