To answer these questions, in this study, a wide range of IR optical substrates, CaF2, Si, ZnSe, BaF2, and ZnS for transmission and MirrIR and Al slides for reflection were compared using two cell lines.
Scattering effects due to interface roughness were considered appropriately and the TCAD-simulated photogeneration and reflection spectra were compared with measured quantum efficiencies and reflection spectra, respectively.
To that end, students' reflection journals were compared with their classroom performance and academic test grades for an academic year.
To determine their activation and/or memory phenotype, CD69 upregulation (a reflection of recent activation) and CD45RB downregulation (a reflection of previous activation) were compared between T-cell subsets in AR mice.
First of all, the simulated reflection (R) and EQE spectra were compared with the experimental results.
Therefore, for the results' validation, the numerical run-up and reflection effects on virtual breakwater were compared with some empirical formulae and some similar laboratory tests.
Fluorescence spectra and decay curves of pyrene in poly alkyl methacrylate) (methyl, n-propyl, isobutyl and cyclohexyl) films cast on sapphire substrates were measured under total internal reflection and normal excitation conditions, and were compared with each other.
OCT B-scans were used to calculate CTFs and results were compared with convetional PSF measurements based on specular reflections.
Besides, to interpret the plasmonic resonance at 1395 nm in the reflection spectra shown in Fig. 3d, g, the reflection spectra are compared between the designed metasurface and metallic grating structure (see insert of Fig. 3g).
