(b) IFFT-filtered image of the red dashed box of (a) using ZnO (−12-10 −12-101–210) reflections and sapphire (0006) and (000–6) reflections.
Figure 3b presents the inverse fast Fourier transform (IFFT -filtered IFFT -filtereded dashed area imagegure 3a by using Znof(−12-10) and (1–210) reflecthens and sapphired(0006) andashed–6) reflections.
Photochemical and photophysical behavior of the three-component initiating system, NAS/HABI/MBT, in the PMMA film was studied by means of a nanosecond laser flash photolysis method employing a total reflection sapphire plate.
The oxidic pendant SiO2 (fused silica) of Si is analyzed as well as Al2O3 (sapphire), which have comparable reflection coefficients.
Most sapphire contains abundant microscopic inclusions; reflections from these yield a faint whitish sheen, known as silk.
While Sapphire defended her work as a reflection of what she had seen while teaching reading and writing to young people in the city, others felt the book was an exercise in exploitation and hyperbole in the pursuit of recognition by the White literary world.
We have characterized the chemical composition of three interfaces between metals and a sapphire (Al2O3) single crystal using specular neutron reflection.
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.
IR reflection spectroscopy studies of hexagonal sapphire [14] showed a complex spectrum, the shape of which strongly depends on the polarization and the angle of incidence.
Here we present neutron reflection results from interfaces between a sapphire (Al2O3) single crystal and tin at room temperature and above its melting point.
Reflection and transmission measurements of the Ti:sapphire laser pulse (800 nm, 150 fs) in the experimental geometry indicate that 80 ~ 95% of incident laser energies are transmitted through the silicon-dioxide layer, and the absorbed laser fluences to copper sample are estimated to be 0.32 ~ 0.60 J/cm2 depending on the pulse energies.
