Letter
Phase transitions in IrTi1 + x

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References (10)

  • S.S. Yi et al.

    J. Less-Common Met.

    (1988)
  • B.H. Chen et al.

    J. Less-Common Met.

    (1989)
  • T.B. Massalski et al.

    Binary Alloy Phase Diagrams

    (1986)
  • V.N. Eremenko et al.

    Russ. Metall.

    (1970)
  • A. Raman et al.

    Z. Metallkd.

    (1964)
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Cited by (14)

  • Phase transformation and crystal structure of IrTi

    2012, Intermetallics
    Citation Excerpt :

    This indicates that the orthorhombic structure rather than the monoclinic structure is more stable in the wide composition region in IrTi. The RuNb-type structure was also suggested as a low-temperature phase by Raman and Schubert [10] and Chen and Franzen [11]. The lattice parameters of such structures are very similar to our results although the atomic positions of RuNb are not yet clear in the crystal structure database [23].

  • The electronic, elastic and structural properties of Pd-Zr intermetallic

    2012, Computational Materials Science
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    The palladium–zirconium system belongs to a class of binary alloy systems which combine so-called ‘early’ and ‘late’ transition elements. Previous studies on this class of alloys have revealed a variety of intriguing phenomena such as charge density waves [8–11], lattice displacement structures [11–18], martensitic transformations and superconductivity. These phenomena are often associated with Fermi surface instabilities and can produce some unique and useful properties.

  • First-principles study of martensitic transformation of IrTi alloy

    2011, Solid State Communications
    Citation Excerpt :

    Subsequently, Chen et al. [3] and Okamoto [4] reported that contrary to the Ref. [1], the high temperature phase of IrTi is the tetragonal AuCu-type rather than the B2 cubic structure, and the low temperature phase is the orthorhombic NbRu-type rather than the monoclinic lattice.

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