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Iya Igorevna Tashlykova-Bushkevich

Dr. Tashlykova-Bushkevich is an Associate Professor at the Department of Physics of the BSUIR.

Education

  • Grammar school No. 23 in Minsk (golden medal)

Major achievements

  • discovery of nonuniform dope depth distribution in rapidly solidified foils of aluminum alloys

Works

  • Composition and structural evolution of Al-Me alloys (Me = Fe, Cu, Sb) prepared by means of ultrarapid quenching from the melt studied by RBS technique
  • Structure and composition of Al-Me (Me=Fe, Cu, Ge, Sb) alloys produced by means of rapid solidification from the melt studied by RBS method
  • A phase analysis of rapidly solidified Al-Ge system alloys
  • The structure and microhardness of rapidly solidified Al-Ge system alloys

Membership

  • Belarusian Physical Society , Belarus
    2005 - 2012

  • Japan Institute of Light Metals , Japan
    2011

Connections

  • father: Igor
  • mother: Inessa
Iya Tashlykova-Bushkevich
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Born May 31, 1975
(age 42)
Nationality
Ethnicity:
  • 1982 - 1992
    Grammar school Northern 23 in Minsk
  • 1992 - 1997
    Belarusian State University
  • November 30, 1999 - November 30, 1999
    Belarusian State University
  • 2000
    professor, BSUIR
  • 2005 - 2007
    Belarusian State Linguistic University

Award

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Marina Kolodenets last changed 08/11/2011 view changes
Ира Максимович last changed 16/04/2012 view changes
  • Last/Family/Name
  • Album
    • Photo: Iya Igorevna Tashlykova-Bushkevich
      • Description
    • Photo: Iya Igorevna Tashlykova-Bushkevich
      • Description
    • Photo: Iya Igorevna Tashlykova-Bushkevich
    • Photo: Iya Igorevna Tashlykova-Bushkevich
    • Photo: Iya Igorevna Tashlykova-Bushkevich
    • Photo: Iya Igorevna Tashlykova-Bushkevich
    • Photo: Iya Igorevna Tashlykova-Bushkevich
    • Photo: Iya Igorevna Tashlykova-Bushkevich
  • School
    • Grammar school No. 23 in Minsk
  • College/University
    • Belarusian State University
      • Start date
      • Start date month
      • Start date day
      • Finish date month
      • Finish date day
    • Belarusian State Linguistic University
  • Awards
    • Recipient Winner of the monetary premium
      • Country
    • grantee The Belarus President Grant to the talented young scientists
    • Travel Grant to attend the THERMEC’2009 Conference
    • Grant to attend the CEI Spring Workshop in Poznan
    • Grant for postgraduate students
    • Award from the Japan Society
    • Grantee The Belarus President Grant to the talented young scientists
    • Grant to attend ICTP School in Trieste
  • Membership
    • Belarusian Physical Society
      • Country
      • Start date
      • Finish date
    • Japan Institute of Light Metals
  • Works
    • article: Composition and structural evolution of Al-Me alloys (Me = Fe, Cu, Sb) prepared by means of ultrarapid quenching from the melt studied by RBS technique
    • article: Structure and composition of Al-Me (Me=Fe, Cu, Ge, Sb) alloys produced by means of rapid solidification from the melt studied by RBS method
    • article: A phase analysis of rapidly solidified Al-Ge system alloys
    • article: The structure and microhardness of rapidly solidified Al-Ge system alloys
    • article: Grain structure of rapidly solidified foils of aluminium alloys with low concentration of Fe, Cu, Sb and Ge dopes
    • article: The grain structure of rapidly solidified foils of low-alloyed Fe, Cu, Sb and Ge alloys of aluminium
    • article: Fe depth distribution in rapidly solidified Al-Fe alloys
    • article: Dope depth distribution in rapidly solidified Al-Ge and Al-Me (Me = Fe, Cu, Sb) alloys
    • article: The element level-by-level analysis of distribution of components in volume rapidly solidified lightly doped aluminium alloys
    • article: Metastable phases in rapidly solidified lightly doped alloys of Al-Ge system
    • article: Impurity distribution in rapidly solidified Al-Cu alloys
    • article: Composite structure rapidly solidified Al-Si-Ti alloy
    • article: The element level-by-level analysis of rapidly solidified Al-Co alloys
    • article: Microstructure, phase and element analysis of rapidly solidified Al-Zn alloys
    • article: Microstructure, phase and elemental composition of rapidly solidified Al-Zn alloys
    • article: RBS analysis of rapidly solidified Al-Si-Ti alloy with Fe and Ni dopes
    • article: Dope depth distribution in rapidly solidified Al-Ge alloys
    • article: Microstructure and phase composition of Al-V rapidly solidified foil alloys
    • article: Microstructural features of Al-Fe alloy foils
    • article: Structure and properties of rapidly solidified Al-Zn alloy foils
    • article: Analysis of structure and phase composition of rapidly solidified Al-Fe alloys
    • article: Structural and phase analysis of rapidly solidified Al-Fe alloys
    • article: Analysis of microstructure of rapidly solidified Al-Mn alloys
    • article: Effects of thermal treatment on microstructure of rapidly solidified Al-2.1 at % Mn alloy studied by RBS technique
    • article: Structure and properties of rapidly solidified foils of aluminium alloys containing 6.0 – 15 аt. % Zn
    • article: Structure and microhardness of rapidly solidified foils of P575A solder alloy
    • article: Effect of Cr and Zr dopes on hydrogen behaviour in rapidly solidified aluminium foils
    • article: Effect of Rapid Solidification Processing on Hydrogen Behaviour in Aluminium. Mater
    • article: Change of surface structure (morphology and roughness) of rapidly solidified foils of aluminium through Fe alloying J
    • article: Pattern formation in centrifugal rapid solidification of Al-Zn alloys
    • article: Kinetics of hydrogen desorption from rapidly solidified Al-Cr alloys
    • article: Kinetics of hydrogen desorption from rapidly solidified Al-Cr alloys
    • article: Effect of rapid solidification processing on hydrogen behaviour in aluminium
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