Action on Phases and Properties of Cast Aluminum Alloy with Copper and Silicon of Constant Magnetic Field, Supposed on a Cooling and Solidifying Melt by E. V. Seredenko

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Increase of homogeneous structure of the alloy on the basis of aluminum by the impact of constant magnetic field on micro-scale disturbances in the melt flow at its casting by E. V. Seredenko

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Influence of temperature and time melts processing on conductor aluminum alloy cast structure and constant magnetic field during its cooling by E. V. Seredenko

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Modification of a Constant in magnetic field of the Cast structure of the multicomponent alloy systems based on al-Cu-Ce at pouring, Cooling and solidification by E. V. Seredenko, V. I. Dubodelov, Ja. Khoruzhij

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On the features of constant magnetic field action on aluminum alloys by V. I. Dubodelov, V. A. Seredenko, A. S. Zatulovskij, A. V. Kosinskaja, E. V. Seredenko

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Structure forming of the aluminum alloy with hyperperitectic content of manganese and titan by constant magnetic field action on melt during its solidification by V. Y. Dubodelov, V. A. Seredenko, A. S. Zatulovskyi, A. V. Kosynskaia, E. V. Seredenko

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Conditions for obtaining alloys with the structure of a frozen microemulsion and MHD-technology for copper melt with ultradisperse drops bazed on FeCrC by V. I. Dubodelov, V. A. Seredenko, B. A. Kirievskij, E. V. Seredenko, A. A. Parenjuk

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structure and microhardness of the al-mn alloys, with compounds of eutectic and peritectic transitions zone at chill mold casting under constant magnetic field superimposition by V. I. Dubodelov, V. A. Seredenko, A. V. Kosinskaja, E. V. Seredenko, Zh. D. Bogatyreva

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