Sentence examples for high intensity ratio from inspiring English sources
A high intensity ratio indicates a high degree of disorder in the carbon samples [22, 23].
The high intensity ratio of the NBE to DLE confirms that the synthesized ZnO submicrorods have a good optical property.
The high intensity ratio of D to G band suggests the poor graphitization of the products, which is consistent with the XRD pattern.
An unusual evolution of the 220 γN line as a function of the nitriding duration is observed together with an anomalously high intensity ratio of the 111 and 200 γN and matrix lines.
Quantitatively, CS regions of the explant showed a significantly high intensity ratio at 60 minutes (91% greater, Figure 2D) than the NS regions and reached to a steady state level by 120 minutes.
The higher intensity ratio of the IZn-O/Itotal indicates that the Zn-O bonding in the higher O2 pressure ratio is stronger than that in the lower O2 pressure ratio.
A comparison indicates that the composites exhibit a higher intensity ratio of Q to B ring modes than pure PANI, suggesting that there are more quinoid units in the composites than pure PANI.
The AES analysis of the low kinetic energy peaks revealed that the electrodeposits with more Pt, presented more oxygen on the surface and those deposits with higher intensity ratio of Ru showed more oxygen in bulk.
The diamond films with excellent (111) dominant crystalline surface were deposited by modifying the radicals atmosphere that had a higher intensity ratio of CH/Hβ and a lower intensity ratio of C2/Hβ, i.e. the intensity ratio of CH/C2 was higher than 0.41.
The flower-like CdS crystallites had a higher intensity ratio of the emission band at 665 nm to the near band-edge emission than did the rod-like CdS crystallites, revealing that the flower-like CdS crystallites are more crystal defective compared with the rod-like CdS crystallites.
These results showed a higher intensity ratio between the D and G peaks (ID/IG) on the CNW samples (1.85) than on the HGL samples (ID/IG of 1.61), which was in agreement with the literature on graphene and CNWs [20, 21, 22, 39, 49].
