To illustrate the overall AS estimation process, we consider the array configuration illustrated in Figure 1c.
Artificial selection is discussed, and the wide divergence of opinion as to what might constitute an architectural configuration illustrated.
An exemplary application for a standard stirrer configuration illustrates the functionality and the properties of the proposed methods.
For instance, using the configuration illustrated in Figure 2, the mean AoA impinging at the pair (i, k), θ ik - φ, must be close to the one associated to the branch (k, l), θ kl + φ.
The sample was then bonded onto a Cr (300 Å)/Pt (500 Å)/Au (15,000 Å -coated Å -coated n-typeg Si substrate at 350°conductingto form the flip-chip configuration illuSirated in Figure 1b.
The configuration illustrated schematically in Figure 4 was used both to analyze the transmission properties of the field probe and to test its resolution in the characterization of tightly focused fields.
The relatively extended linker configuration illustrated in Figure 1A corresponds to a center-to-center separation distance of ∼4 nm.
In the space-time configuration illustrated in Figure 7, there are originally 4 sources of excitation waves, from which 8 waves develop.
Similarly, out of 4,985 p-piRNAs (RNAs 24-30nt in length with U in position 1 and absence of A in position 10) mapped in antisense to the IAP consensus sequence, 4,434 (89%) were found to have 5' termini located precisely 10 bases downstream of the 3' terminus of a 19mer mapped to IAP in sense (configuration illustrated in Figure 1D).
Out of the 2,743 reads identified as s-piRNAs (RNAs 24-30nt in length with A in position 10 and absence of U in position 1) mapped to the sense-strand of the IAP consensus sequence, 1,931 (70%) were found immediately adjacent to a 19mer (configuration illustrated in Figure 1D).
