Sentence examples for microstructural observations in from inspiring English sources

Microstructural observations in ductile shear zones suggest that quartz is predominantly deformed by dislocation creep at temperatures above 300°C (e.g., Stipp et al.2002).2002

Analytical electron microscopy (AEM) has been applied to the interdiffusivity measurements and microstructural observations in Ni/Ni 8 mol% Ti diffusion couples.

In the present study, phases that appeared in the new alloy through various aging treatments were characterized by hardness tests and microstructural observations in order to identify the phase transformation.

In this study we performed a kinematic analysis based on fieldwork and microstructural observations in the Taku Schist, Kemahang granite and the surrounding Gua Musang sediments of northern Peninsular Malaysia in order to shed light on processes related to the build-up and subsequent demise of the Indosinian orogen.

Based on finite element analysis and microstructural observation in cylindrical hot compression experiments, the appropriate hot continuous rolling technologies have been designed for rod products with diffierent diameters.

These microstructural observations are in good agreement with those of Niemeijer et al. (2010), who found that increased shear strain leads to a reorientation of R1 shears toward Y shears, resulting from the kinematic constraint of rigid forcing blocks on the gouge material (e.g., Mandl et al. 1977).

In-situ microstructural observations during straining in a field-emission gun environmental scanning electron microscopy reveal different failure modes of the FGMs and substrate.

The co-doped sample annealed at 700 °C, which presented the highest coercivity, was selected for the microstructural observations, as shown in Figs. 5 and 6. Figure 5a presents a bright field TEM image, which exhibits a nanocrystalline structure (inset: corresponding selected area diffraction pattern).

The deformation of fault rocks in the footwall is brittle deformation accompanied by pressure solution as inferred from microstructural observations on quartz aggregates in sandstone blocks (Kondo et al. 2005).

Microstructural observations reveal that the differences in tensile behavior between two loading directions are attributed to the characteristics of the weave architecture.

Microbands in directions of ± 35° with respect to the rolling direction, independent of strain, temperature and initial grain orientations are the most noticeable features in the microstructural observations.