Structure Determination and Lattice Spacings in the Theory of Alloy Formation

Lattice Parameters of Iron-Aluminium Alloys

“…Up to about 11 at% aluminium, there is a lattice expansion supporting the observation of Ebel et al (9), followed by a contraction (11-21 at% aluminium), and again expansion (21-27 at% a luminium). This is somewhat similar to Pearson's data (8). It may be pointed out that Lihl and Burger do not have data in the range up to 11 at% aluminium.…”

Structures of Interfaces between Epitaxially Grown Silver and (001)-Iron Substrates

“…Another set of dislocations lying normal to the former ones is out-of-contrast. into account of the temperature dependence (of the lattice constants of iron and silver (13) assumed, the residual strain at the interface results in a negative value (-0.88) at a sub- is accommodated by the dislocations. The insufficient release of strain at low temperatures and also the inefficient nature of Burgers vectors of misfit dislocations at all the substrate temperatures investigated suggest that the mechanism of the generation of misfit dislocations plays an important role in the accommodation of misfit strain at the interface.…”

Normal incidence standing wave analysis of the Cu(111)-(√3×√3)R30°-Mn structure: evidence for stacking faults or large-scale alloying?

“…It is known [10] that dilute alloys (of around 5%) are fcc and have a lattice Tables Table 1: The coherent parameters determined from the curves shown in Figure 2.…”