Sentence examples for structure of the tin from inspiring English sources

The crystalline structure of the TiN nanoparticles is further confirmed by the micrograph fast Fourier transform [FFT] analysis.

The crystalline structure of the TiN nanoparticles was further confirmed by FFT analysis (insert in the figures).

However, the structure of the TiN films has less dependence on the ion beam incident angle.

The structure of the TiN coating and post-grinding condition of the wheels were observed using scanning electron microscopy (SEM).

Scanning electron microscopy and X-ray diffraction used to investigate the surface morphologies and structure of the TiN films.

The lattice structure of the tin (IV) oxide substrate allows for easy manipulation of pore size, making it a favourable material.

The structures of the tin promoted platinum catalysts were investigated directly after preparation, drying, treatments with hydrogen (363 K) and oxygen (RT) in aqueous phase and a hydrogen gas treatment at 573 K at both the Pt LIII and the Sn K-edge.

The structure and properties of the TiN thin films were studied under single-variable experimental condition by varying nitrogen flow rate ranging from 0.25 to 1.75 sccm.

Clearly, the grain structure and/or thickness of the TiN coating play a highly significant role in the deformation mechanisms.

The insertions of TiN and ZrN layers have a different influence on thermal decomposition process of Cr Al N coating during annealing due to the discrepancy of interfacial structure, where the TiN insertion layer improves the thermal stability of Cr Al N via deferring the w-AlN formation and N-loss, and the ZrN insertion layer has not obvious effect on the thermal stability.

More importantly however, in comparison with the columnar structure of TiN coatings, the dense structure with fine equiaxed crystallites made the CrN coatings less permeable to the corrosive medium.