Sentence examples for spectra and depth from inspiring English sources
The phrase "spectra and depth" is correct and usable in written English.
It can be used in contexts related to science, art, or analysis where different wavelengths or layers of information are being discussed. Example: "The study focused on the spectra and depth of light absorption in various materials."
XPS spectra and depth profile of the surface film show that LiNO3 represents a significant role in the formation of the film, which is attributed to the reaction between lithium metal and the electrolyte solution.
Ravat et al. ([2007]) underscored the importance of computing the spectra and depths with large windows to ensure that the response of the deepest layer is properly captured.
Not all sites have consistently documented all training activities, but adequate information was available to provide an overall picture of the types of trainees and the spectrum and depth of their activities.
But look across Okinawa's divided political spectrum and the depth of that opposition varies.
The one-to-one correspondence between the experimental spectrum and the depth profile demonstrates the objectivity of the method.
Figure 3 shows the transmission spectrum and the depth of the dip (representing the intensity of the reflection band) increasing as the average particles size increases.
The position of Fano minima in the UV spectrum and its depth yields an ability to extremely precise localized surface plasmon resonance (LSPR) sensing in the mentioned spectrum for the subtle environmental variations.
This peak seems to cover (overlap) the neighboring frequencies which results in a frequency drift in the averaged spectrum for iris and depth noticeable in Figure 4(a).
The main aim of this work is to obtain more definite information on how a particular surface morphology and measuring geometry affects the RBS spectra and derived elemental depth profiles.
The XPS survey spectra and the XPS depth profile showed the Ga2p3/2 peak at the position of metallic Ga and the diffusion of Ga atoms into the grain boundary of AZO.
Discharges calculated using thermal PIV-derived velocities were within 15% of in situ measurements when combined with depths measured directly in the field or estimated from field spectra and within 40% when the depth information also was derived from thermal images.
