Sentence examples for mode of crystalline from inspiring English sources

We present the nucleation and growth mode of crystalline ITO (c-ITO) on polymeric substrates.

The strong peak at ~513 correspondsponds to the Raman mode of crystalline Si.

The former is assigned to the phonon mode of amorphous Sb80Te20 layer, while the latter is assigned to the A1g optical phonon mode of crystalline Sb and is not related to the periodic number.

Also, the peak at 140 cm-1 can be assigned to a superposition of the E mode of crystalline tellurium and of the transverse optical (TO) mode of CdTe.

It was already shown by Raman scattering that the peak at 3.90 THz arises from characteristic phonon mode of amorphous Sb80Te20 films[9], while the new peak at 4.58 THz may be assigned to A1g mode of crystalline Sb[14, 15], implying that the excess Sb in the Sb80Te20 layer is crystallized during laser irradiation above 70 mW.

The intense peak at around 500 cm−1 is ascribed to the transverse optical phonon modes of crystalline silicon [12].

where I TO,c-Si and I TO,a-Si are the integrated TO phonon modes of crystalline and amorphous silicon, respectively.

Importantly, the presence of a tellurium crystalline phase has previously been shown by Raman scattering in CdTe crystals: the Raman peaks at 92 and 121 cm-1 correspond to the E and A1 phonon modes of crystalline tellurium, respectively[58].

Surface IR (infrared) modes of crystalline and fumed (amorphous) silica particles, calcined at temperatures up to 1095 degrees C, have been studied by Fourier transform infrared spectroscopy.

And there are mechanical twin boundaries (TBs) formed by the dissociation of partial dislocations, suggesting that deformation twinning is also one important deformation mode of single-crystalline aluminum under the direct imprint [26,27].

The two low-frequency bands at 72 and 96 correspondspond well to E g and A 1g modes of the crystalline bismuth [20 24].