Titlebook: Ordered Intermetallics; Physical Metallurgy C. T. Liu,R. W. Cahn,G. Sauthoff Book 1992 Springer Science+Business Media Dordrecht 1992 Meta

優(yōu)雅

Fundamentals of Mechanical Behavior in Intermetallic Compounds — A Synthesis of Atomistic and Contingy calculations and anisotropic elasticity theory for dislocations and cracks. These first-principles calculations were based on the local-density functional (LDF) theory. The LDF equations are solved either by full-potential linearized augmented plane-wave (FLAPW) method or by mixed-basis pseudopot

Indigence

包裹

Locking and Unlocking of Screws and Superkinks, and the Yield Stress Anomaly in L12 Alloys by the superkinks at the ends of screws which have cross-slipped from (111) to (010). These barriers stabilise the cross-slipped screws, which slip further to form Kear-Wilsdorf locks. The yield stress is controlled by the unlocking of the superkinks, which bypass the screws and Kear-Wilsdorf locks

Mediocre

不遵守

Solute-Dislocation Interactions and Solid-Solution Strengthening Mechanisms in Ordered Alloysloy chemistry on the flow and fracture properties of these alloys. Several recent investigations have begun to investigate the theoretical basis underlying such phenomena. However, such treatments have typically not addressed the aspects of these property variations which may be driven by solute-dis

Neuralgia

VOK

Temperature and Composition Dependent Deformation in γ-Titanium Aluminideslar to L1. Ni.Al. Unlike Ni.Al, γ-titanium aluminides have two different slip systems: 1/2[110] (111) and [101] (111) slip, both of which are responsible for a strong hardening behavior at high temperatures. Although little has been known about the mechanisms causing the hardening behavior, prelimin