It has been our aim to demonstrate that the mechanical behavior of alloys that form
superlattices can be understood in terms of the change in dislocation configuration with the …

The mechanical properties of B2 compounds are reviewed and their major features outlined
by citing specific examples. B2 compounds exist in a wide range of alloy systems and thus …

Calculations involving pile ups of dislocations, both analytical and numerical, using either
discrete dislocations or continuous distribution of dislocations of infinitesimal Burgers …

The ductile-brittle transition, hardness, fatigue, and creep behavior of polycrystalline
materials are known to be influenced under certain conditions by the polycrystal grain size …

The equilibrium segregation of dilute solutes to interfaces in solids is defined and reviewed.
Experimental techniques for measuring segregation to grain boundaries, free surfaces, and …

Equilibrium grain boundary segregation is assessed in terms of its measurement, theory and
industrial significance. Aspects of the phenomenon of this segregation, namely the …

Analogies between grain boundaries in metals and nonmetals, direct observations of grain‐
boundary characteristics, and inferences about the atomic structure of grain boundaries are …

A technique is described for observing and measuring the deformation of solids on a very
small scale. A very fine stylus (approx 1000 Å in diameter) is pressed against the surface of …

Microhardness studies of zone refined metals (Pb, Sn, Zn) doped with various solutes
indicate that a certain class of solute atoms results in excess hardening near the grain …

The distribution of boron in samples of Type 316 austenitic steel (containing 18 ppm by
weight of B), cooled at a rate of either 50 or 500 degC/s from solution-treatment …