In order to understand the role of Mo in the evolution process of Bi2−xMo x Se3 from nanoplates to nanoflowers, Bi2−xMo x Se3 samples with varied x values are synthesized and studied.
In this investigation, a series of sixty-six cast iron samples with varied contents of chromium, manganese and silicon were prepared.
Figure 2c and d show the optical images (under ambient and UV lamp) and the PL emission spectra of a series of MAPbX3 NCs@Pb-MOF samples with varied halide compositions, which has been easily tuned from deep blue to near infrared with relative narrow emissions (FWHM = 19 55 nm).
Resin-impregnated glass cloth samples with varied moisture contents (0, 31, 71%) were exposed to an environment of controlled temperature (105, 115, 125, 140°C) and relative humidity (41, 75, 90%) for a series of time periods (0 20 min).
Three geometries of dimples were designed and laser textured on the steel plate samples with varied 3-dimensional features, including Square Flat (SF), Square slope (SS) and Triangular Flat (TF) shapes representing the shape in x-y (top view) and x-z (side view) planes respectively.
Fig. 4 CLs of Al2O3/Zn0.8Al0.2O samples with varied Al2O3 thickness a d 3 nm, e h 4 nm, and i l 5 nm, with application of a low-energy electron flood gun.
