Thus, the optical conductance is smaller in arrays with smaller Au/PS spheres.
Normally, such a density is larger in arrays with smaller Au/PS spheres than in those with larger spheres.
The hierarchical control of the cell positions is achieved with, to our knowledge, unprecedented submicron precision, resulting in arrays with an intercell separation <400 nm.
We propose to segment the large surface in arrays with a single front-end electronics and only the useful data send in surface to be stocked and analyzed.
The collector with trapeze shape (0.67m2 active area, 69.42% nominal efficiency) is used as building block in arrays with various surface areas, shapes and colors, well matching the variety of the buildings facades.
Figures 5 and 6 show the tenth and eleventh layers of QDs in arrays with spacer thickness h = 24 nm grown from the 10 × 10 initial layer shown in Fig. 3a.
Number of genes that were detected both in arrays with non-amplified material and in arrays with amplified material.
The majority of all 1,191 tandem duplicates (60%) are organized in arrays with two genes only.
Specifically, each condition was normalized by a common reference, of which intensity was measured in arrays with Cy5 channels.
