Abstract
Al -Si alloys are one of the most widespread engineering casting materials with eutectic structure. In Al-Si alloys eutectic has a skeleton-like structure [1], which forms as a result of the coupled growth of Al and Si based solid solutions crystals. The silicon solid solution initiates formation and leads the coupled growth of the eutectic grain [2]. Eutectic branching affects ductility of Al-Si alloys. In general, the ability of crystal to grow in the branched form depends on type of chemical bond in the solid, cooling rate and content of impurities in the liquid and solid phases [2].
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Day, M.G. and Hellawell A. (1968) Microstructure and crystallography of aluminum-silicon eutectic alloys, Proceedings of Royal Society 305A, 173–187.
Taran, Yu.N. and Mazur, V.I. (1978) Samcture of eutectic alloys, Metallurgy Publishers, Moscow (in Russian).
Kutsova, V.Z., Taran, Yu.N., Regel, A.R., Uzlov, K.I. et all. (1991) Structural transformations during silicon monocrystals heating, Physics and Technics of Semiconductors 25, 588–595 (in Russian).
Kutsova, V.Z., Taran, Yu.N., Uzlov, K.I., Falkevich, E.S. (1990) Abnormal Temperature Dependence in Physical and Mechanical Properties of Semiconductor Silicon, Proc. of the Int. Conf. «Silicon - 90», v.2, Chapter 6, Tesla Roznov, Roznov pod Radhostem, 5–9 Nov., 93–96.
Kutsova, V.Z., Taran, Yu.N., Uzlov, K.I. and Falkevich. E.S., (1992) Shearing Phase Transformations in Semiconductors, Proc. of Int. Conf. «Silicon-92», Roznov pod Radhostem, Chechoslovakia, 88–96.
Kutsova, V.Z., Taran, Yu.N., Uzlov, K.I., Falkevich, E.S. (1996) The phase transformations in silicon and influence of heat treatment on the electrophysical properties of monocrystalls and devices. Proc. of 5th It. Scientific and Bus. Conf. «Silicon-96», v.1, Roznov pod Radhostem, Chech Republic, Nov., 1996, 179–200.
Eremenko V.G. and Nikitenko V.L(1972) Electron microscope investigation of the microplastic deformation mechanism of silicon by indentation,Physics State Sol. 14, p.417–419.
Pirouz P. et. al. (1990) The martensitic transformation in silicon,Acta Metallurgica 38, p.312–336.
Taran, Yu.N., Kutsova, V.Z., Uzlov K.I., et al., (1988) Non-homogenity of Asolid solutions in silumins, Met. Sci. & Heat Treat. 9, 33–37. (in Russian)
Kutsova, V.Z., and Uzlov K.I., (1997) Structural transformations in silicon and their effect to Al-Si alloys solidification, Theory and practice of metallurgy 2, 19–23. (in Russian)
Kutsova, V.Z., Taran,Yu.N., Uzlov, K.I., (1997) The effect of microalloying to the structure and properties of Al-Si alloys, Proc. Of the 4th Decennial hit. Conf. On Solidification Processing, J.Beech and H.Jones (Eds), Sheffield, UK, 618–621.
Binary Alloys Phase Diagrams (1986), T.B.Massalsky (Eds), Ohio, ASM.
Taran Yu.N., Kutsova V.Z. et.al. (1994) Alloy on the basis of Al. Patent of Ukraine #2577.
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Kutsova, V.Z. (1998). The Regularities of the Structure Formation and Phase Transformations in Al-Si Alloys. In: Ciach, R. (eds) Advanced Light Alloys and Composites. NATO ASI Series, vol 59. Springer, Dordrecht. https://doi.org/10.1007/978-94-015-9068-6_5
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DOI: https://doi.org/10.1007/978-94-015-9068-6_5
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