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Brillo, Jürgen. Thermophysical properties of multicomponent liquid alloys / Jürgen Brillo. — 1 online resource (xi, 254 pages) — <URL:http://elib.fa.ru/ebsco/1217271.pdf>.

Record create date

4/1/2016

Subject

Liquid alloys — Thermal properties.; TECHNOLOGY & ENGINEERING / Metallurgy

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EBSCO

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  • Acknowledgement
  • Contents
  • 1 Introduction
    • 1.1 New materials
    • 1.2 Materials and process design
    • 1.3 Challenges
    • 1.4 Goals
    • 1.5 Questions
    • 1.6 Strategy and procedure
    • 1.7 Thermophysical properties
  • 2 Experimental methods
    • 2.1 Conventional techniques
    • 2.2 Levitation techniques
    • 2.3 Optical dilatometry
    • 2.4 Oscillating drop method
    • 2.5 Oscillating cup viscometry
  • 3 Density
    • 3.1 Formalism
    • 3.2 Unary systems
    • 3.3 Binary systems
    • 3.4 Ternary systems
    • 3.5 Observed trends
    • 3.6 Explanation attempts
    • 3.7 Summary and conclusions
  • 4 Surface tension
    • 4.1 Formalism and models
    • 4.2 Unary systems
    • 4.3 Binary systems
    • 4.4 Ternary systems
    • 4.5 Observed trends
    • 4.6 Summary and conclusions
  • 5 Viscosity
    • 5.1 Formalism and models
    • 5.2 Unary systems
    • 5.3 Binary and ternary systems
    • 5.4 Ideal solution and excess viscosity
    • 5.5 Observed trends
    • 5.6 Summary and conclusions
  • 6 Inter-property relations
    • 6.1 Surface tension - viscosity relation
    • 6.2 Stokes-Einstein relation
    • 6.3 Summary and conclusions
  • 7 Application examples
    • 7.1 Solid-liquid interfacial energy
    • 7.2 Liquid-liquid interfacial energy
    • 7.3 Shape memory alloys
  • 8 Conclusions
    • 8.1 Discussion
    • 8.2 Answers
    • 8.3 Implications on computer aided materials design from the melt
    • 8.4 Outlook
  • A Data
    • A.1 Pure elements
    • A.2 Ag-Al-Cu
    • A.3 Ag-Au
    • A.4 Al-Au
    • A.5 Al-Cu-Si
    • A.6 Al-Fe
    • A.7 Al-Ni
    • A.8 Au-Cu
    • A.9 Co-Sn
    • A.10 Co-Cu-Fe
    • A.11 Cu-Co-Ni
    • A.12 Cu-Fe-Ni
    • A.13 Cu-Ti
    • A.14 Cr-Fe-Ni
  • B Redlich-Kister parameters
    • B.1 Ag-Al-Cu
    • B.2 Al-Au
    • B.3 Al-Cu-Si
    • B.4 Al-Fe
    • B.5 Al-In
    • B.6 Al-Ni
    • B.7 Co-Sn
    • B.8 Cu-Co-Fe
    • B.9 Cu-Co-Ni
    • B.10 Cu-Fe-Ni
    • B.11 Cu-Ti
    • B.12 Cr-Fe-Ni
  • Bibliography
  • Index

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