Sentence examples for microstructural modifications in from inspiring English sources

This temperature induces relevant microstructural modifications in the milled phase and enhances the hydrogen absorption/desorption properties.

The improvements in hardness and corrosion resistance are discussed considering microstructural modifications in the treated samples.

The microstructural modifications in this case lead to a 67% increase of the microhardness, a 70% decrease of the wear coefficient at room temperature and an 88% decrease of the wear coefficient at 300 °C in comparison to the pure nickel deposits.

These microstructural modifications resulted in a 20 30% reduction in the thermal conductivity, 28 56% increase in hemispherical reflectance, improved oxidation cyclic life (over 100%), and better strain tolerance as compared to standard ZrO2 8 wt.% Y2O3 deposited on platinum nickel aluminide and CoNiCrAlY bond-coated MAR-M-247 test samples.

The most significant microstructural modifications have been identified in the outlet part of the tube where especially harsh operating conditions, in terms of temperature, fuel utilization and polarization gradients, occur.

In this paper, we investigate the utility of vibration-based NDT tests to detect the subtle microstructural modifications and cracking damage in Portland cement mortars subjected to oven drying treatment.

The traditional columnar microstructure of partially stabilized zirconia has been slightly modified to produce a lower thermal conductive thermal barrier coating (TBC) by periodically interrupting the condensing vapor resulting in microstructural modifications with diffuse or sharp interfaces and morphological changes on the submicron scale without changing the composition of the TBC.

With the irradiation by femtosecond (fs) laser with high repetition rate, GeS2 micro/nano-crystalline formation and microstructural modification occurred in pseudo-binary GeS2 In2S3 glass, while almost no similar change was observed in GeS2 glass.

A SEM (scanning electron microscopy) analysis was carried out in order to evaluate the microstructural modifications due to the environments and cyclic loads.

Ageing is related to elapsed time (with different effects in different environmental conditions); damage is related to microstructural modifications due stress and/or strain inputs.

The results are discussed in relation with the thickness of the nitrided layer and the microstructural modifications induced by this treatment.