Sentence examples for substantial crystal from inspiring English sources

Real structures of clay minerals contain substantial crystal strains and distortions, which produce irregularities such as deformed octahedrons and tetrahedrons rather than polyhedrons with equilateral triangle faces, ditrigonal symmetry modified from the ideal hexagonal surface symmetry, and puckered surfaces instead of the flat planes made up by the basal oxygen atoms of the tetrahedral sheet.

The large spread of the BiFeO3 (BFO) 002 reflection indicates the presence of substantial crystal mosaicity.

When the riming is substantial enough, the crystal form of the snowflake is lost and replaced by a more or less spherical particle called graupel.

On increasing the annealing temperature to 700 °C, a substantial transformation of crystal structure and microstructure of TiO2was registered.

The technique was further used to explore naproxen and glucose isomerase crystals with the resulting Fourier coefficient images showing substantial differences due to crystal orientation.

Reviving a period enriched by material comforts as substantial as a Steuben crystal bowl also represents a long-overdue return to old-fashioned concepts of quality.

One of the boxes was delivered with a substantial hole, and two crystal pieces in it were chipped to the point of being unrepairable and worthless.

Substantial weight loss and crystal growth were observed at annealing temperatures of 2100 °C and above.

However, pure photon transport from the emission site to the final photon absorption in the gamma camera crystal requires substantial simulation times to generate images with low noise.

Experimental results also demonstrate that the application of the proposed optimal control strategy leads to a substantial increase in the crystal volume fraction at the end of the batch, while the reproducibility of batches with respect to the product crystal size distribution is sustained.

We find that the metal ideal fracture energy decreases almost linearly with increasing hydrogen coverage, dropping by ∼45% at one-half monolayer of hydrogen, indicating a substantial reduction of metal crystal cohesion in the presence of hydrogen atoms and providing some insight into the cohesion-reduction mechanism of hydrogen embrittlement in metals.