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Combustion Science and Technology Volume 109, 1995 - Issue 1-6
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Original Articles

On the Mechanism of Structure Formation During Combustion Synthesis of Titanium Silicides

A. S. ROGACHEV Institute of Structural Macrokinetics, Russian Academy of Sciences, Chemogolovka, 142432, Russia
,
V. A. SHUGAEV Institute of Structural Macrokinetics, Russian Academy of Sciences, Chemogolovka, 142432, Russia
,
I. KHOMENKO Institute of Structural Macrokinetics, Russian Academy of Sciences, Chemogolovka, 142432, Russia
,
A. VARMA Department of Chemical Engineering, University of Notre Dame, Notre Dame, IN, 46556, USA
&
C. R. KACHELMYER Department of Chemical Engineering, University of Notre Dame, Notre Dame, IN, 46556, USA
Pages 53-70 | Received 07 Jul 1994, Accepted 21 Jun 1995, Published online: 27 Apr 2007

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E. A. Levashov, A. S. Mukasyan, A. S. Rogachev & D. V. Shtansky. (2017) Self-propagating high-temperature synthesis of advanced materials and coatings. International Materials Reviews 62:4, pages 203-239.
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S. Hwang, A. S. Mukasyan, A. S. Rogachev & A. Varma. (1997) Combustion Wave Microstructure in Gas-Solid Reaction Systems:Experiments and Theory. Combustion Science and Technology 123:1-6, pages 165-184.
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A. S. MUKASYAN, S. HWANG, A. E. SYTCHEV, A. S. ROGACHEV, A. G. MERZHANOV & A. VARMA. (1996) Combustion Wave Microstructure in Heterogeneous Gasless Systems. Combustion Science and Technology 115:4-6, pages 335-353.
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Articles from other publishers (27)

R. Trevino & E. Shafirovich. (2020) Mechanically Activated SHS of Nb−Ti−Si Compounds. International Journal of Self-Propagating High-Temperature Synthesis 29:3, pages 181-183.
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A S Rogachev, S G Vadchenko, E V Illarionova, Yu B Scheck, S Rouvimov & A S Mukasyan. (2019) High-temperature reactive melt spreading: Experimental modeling of SHS reactions. IOP Conference Series: Materials Science and Engineering 558:1, pages 012037.
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A.A. Nepapushev, A.S. Rogachev & A.S. Mukasyan. (2018) The influence of high-energy ball milling on the heterogeneous reaction kinetics in the Ti-Si system. Intermetallics 93, pages 366-370.
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Guanghua Liu, Jiangtao Li & Kexin Chen. 2010. Handbook of Combustion. Handbook of Combustion 1 62 .
Zhiyuan Chen, Yaqiong Li, Yi Tan & Kazuki Morita. (2015) Reduction of Titanium Oxide by Molten Silicon to Synthesize Titanium Silicide. MATERIALS TRANSACTIONS 56:11, pages 1919-1922.
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A. S. Rogachev & A. S. Mukas’yan. (2015) Experimental verification of discrete models for combustion of microheterogeneous compositions forming condensed combustion products (Review). Combustion, Explosion, and Shock Waves 51:1, pages 53-62.
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Manav Vohra, Timothy P. Weihs & Omar M. Knio. (2015) A simplified computational model of the oxidation of Zr/Al multilayers. Combustion and Flame 162:1, pages 249-257.
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Y.F. Yang & D. Mu. (2014) Effect of Ni addition on the formation mechanism of Ti5Si3 during self-propagation high-temperature synthesis and mechanical property. Journal of the European Ceramic Society 34:10, pages 2177-2185.
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Hui–Yuan Wang, Min Zha, Si–Jie Lü, Cheng Wang & Qi–Chuan Jiang. (2010) Reaction pathway and phase transitions in Al–Ti–Si system during differential thermal analysis. Solid State Sciences 12:8, pages 1347-1351.
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A.S. Mukasyan, J.D.E. White, D.Y. Kovalev, N.A. Kochetov, V.I. Ponomarev & S.F. Son. (2010) Dynamics of phase transformation during thermal explosion in the Al–Ni system: Influence of mechanical activation. Physica B: Condensed Matter 405:2, pages 778-784.
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A.S. Mukasyan & A.S. Rogachev. (2008) Discrete reaction waves: Gasless combustion of solid powder mixtures. Progress in Energy and Combustion Science 34:3, pages 377-416.
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A. S. Rogachev & F. Baras. (2007) Models of SHS: An overview. International Journal of Self-Propagating High-Temperature Synthesis 16:3, pages 141-153.
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Ch. Gras, N. Zink, F. Bernard & E. Gaffet. (2007) Assisted self-sustaining combustion reaction in the Fe–Si system: Mechanical and chemical activation. Materials Science and Engineering: A 456:1-2, pages 270-277.
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Berthold Liebig, Tyler Kerr & Jan A. Puszynski. 2006. Innovative Processing and Synthesis of Ceramics, Glasses, and Composites VI. Innovative Processing and Synthesis of Ceramics, Glasses, and Composites VI 73 82 .
Filippo Maglia, Chiara Milanese, Umberto Anselmi-Tamburini, Stefania Doppiu, Giorgio Cocco & Zuhair A. Munir. (2004) Combustion synthesis of mechanically activated powders in the Ta–Si system. Journal of Alloys and Compounds 385:1-2, pages 269-275.
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Filippo Maglia, Chiara Milanese, Umberto Anselmi-Tamburini, Stefania Doppiu & Giorgio Cocco. (2011) Combustion synthesis of mechanically activated powders in the Nb–Si system. Journal of Materials Research 17:8, pages 1992-1999.
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C Gras, N Bernsten, F Bernard & E Gaffet. (2002) The mechanically activated combustion reaction in the Fe–Si system: in situ time-resolved synchrotron investigations. Intermetallics 10:3, pages 271-282.
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S. Doppiu, M. Monagheddu, G. Cocco, F. Maglia, U. Anselmi-Tamburini & Z. A. Munir. (2011) Mechanochemistry of the titanium–silicon system: Compositional effects. Journal of Materials Research 16:5, pages 1266-1279.
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F. Maglia, U. Anselmi-Tamburini, G. Cocco, M. Monagheddu, N. Bertolino & Z. A. Munir. (2011) Combustion synthesis of mechanically activated powders in the Ti–Si system. Journal of Materials Research 16:4, pages 1074-1082.
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F. Maglia, U. Anselmi-Tamburini, N. Bertolino, C. Milanese & Z. A. Munir. (2011) Field-activated combustion synthesis of Ta–Si intermetallic compounds. Journal of Materials Research 16:2, pages 534-544.
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F. Maglia, U. Anselmi-Tamburini, N. Bertolino, C. Milanese & Z. A. Munir. (2011) Synthesis of Cr–Si intermetallic compounds by field-activated combustion synthesis. Journal of Materials Research 15:5, pages 1098-1109.
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Alexander S. Mukasyan, Alexander S. Rogache & Arvind Varna. (2000) Microstructural mechanism of combustion in heterogeneous reaction media. Proceedings of the Combustion Institute 28:1, pages 1413-1419.
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N Bertolino, U Anselmi-Tamburini, F Maglia, G Spinolo & Z.A Munir. (1999) Combustion synthesis of Zr–Si intermetallic compounds. Journal of Alloys and Compounds 288:1-2, pages 238-248.
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Arvind Varma, Alexander S. Rogachev, Alexander S. Mukasyan & Stephen Hwang. 1998. 79 226 .
C. R. Kachelmyer, I. O. Khomenko, A. S. Rogachev & A. Varma. (2011) A time-resolved x-ray diffraction study of Ti 5 Si 3 product formation during combustion synthesis . Journal of Materials Research 12:12, pages 3230-3240.
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M. Arimondi, U. Anselmi-Tamburini, A. Gobetti, Z. A. Munir & G. Spinolo. (1997) Chemical Mechanism of the Zr + O 2 → ZrO 2 Combustion Synthesis Reaction . The Journal of Physical Chemistry B 101:41, pages 8059-8068.
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C.R. Kachelmyer, A. Varma, I.O. Khomenko, A.S. Rogachev & A.G. Merzhanov. (2011) Investigation of Phase Transformations and Ordering During Combustion Synthesis. MRS Proceedings 398.
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