Sentence examples for classical grain from inspiring English sources

This solo, Sydney-based electronica artist has already been compared to Björk – the sadly inevitable fate of any female artist exploring classical grain and pop texture together with dance.

In such a case, the exsolved magnetite is likely to acquire a classical grain growth thermochemical remanence, which is less efficient than TRM (Stacy and Banerjee, 1974); thus, the VADM estimated here may be viewed as a lower bound.

Our results show that for circular grains with large misorientations the grain area decreases linearly with time, in good agreement with classical grain growth theory.

When the conductivity deviates from the classical grain boundary conduction models, inhomogeneity is then considered and parameters such as the standard deviation and the mean potential barrier height are derived.

Peak III in the DSC curve (cf. Fig. 1) is interpreted as classical grain growth starting at about 370 °C, at which temperature the recurrence of order is finished and the majority of defects are already recovered.

Classical grain growth of nanograins occurs predominantly at about 410 °C (0.41 T m ) and is governed by the reduction in the grain boundary area only, since dislocation recovery leading to defect-free grains takes place at lower temperatures.

Calculation of size effect, corresponding to strength, showed a complex, non-classical grain size dependency.

In the 1 10 μm range, a strong increase in hardness indicates a change in plasticity mechanism, attributed to the classical Hall Petch grain size strengthening.

Focussing on the thermal stability of layered structures, we developed a predictive model to study the microstructure evolution of metallic multilayers with different morphologies including aligned and classical staggered grain geometries.

The classical concepts of grain growth in polycrystals are based on the dominant role of grain boundaries.

A transition to classical curvature-driven grain growth kinetics occurs when the fully crystalline state is reached for average grain sizes larger than 140 nm and annealing temperatures higher than 1100 °C.