Sentence examples for metals is discussed from inspiring English sources

Then, cyclic deformation for non-fcc metals is discussed, with emphasis on pure iron, magnesium, and titanium due to their engineering applications.

The relationship between the ion concentrations in the system and EMF of the circuit consisting of immiscible electrolyte solutions whose terminals are made of identical metals is discussed.

A phenomenological constitutive equation predicting the effect of grain size on the yield stress of metals is discussed and extended to the nanocrystalline regime.

The nucleation and propagation of dissociated full dislocations from grain boundaries in nanocrystalline fcc metals is discussed in terms of the splitting distance between two partial dislocations.

The contribution of dislocations to the electrochemical reactions arising on the surface of face-centred cubic metals is discussed in terms of long-range internal stresses in relation to dislocation patterns.

The application of permeation technique in the surface-limited regime for determining the rates of hydrogen absorption and desorption and terminal solid solubility for precipitation in hydride-forming metals is discussed in detail.

Linear scaling relations, which can enable transfer of reaction energetics among metals, are discussed.

Electrometallurgical technologies for the production of copper, zinc, aluminum, and other metals are discussed.

Potential mechanisms for temperature dependent irradiation resistance of nanoporous metals are discussed.

Possible applications of experimental results for preparation of heterostructures by localized electrochemical deposition and dissolution of metals are discussed.

Then, the size effects and the plasticity behaviors in nanocrystalline metals are discussed as a basis for comparison with the plasticity in bulk materials.