When selecting drilling modes, we used own data obtained in extensive experimental studies Dudarev et al. (2014) and ensuring high quality of processed holes.
To further decode the growth and/or regrowth mechanisms of the above three modes, we used XRD to investigate the crystal structures of all samples after first- and second-time growths.
If there were multiple modes, we used the mode closest to the median, and if there were two modes equally distant from the median, we chose one at random.
After assigning different epochs to gene duplication modes, we used their Ks distributions only for confirming the order of their relative ages.
Therefore, to establish an assay that can be applied in homogeneous and continuous modes, we used a coupled enzyme, the exopolyphosphatase Ppx1 from Saccharomyces cerevisiae, a cytosolic exopolyphosphatase.
The other mode we use is a great entrepreneur with a track record will come to us and say, "Hey, I don't exactly have an idea, but I have an area I want to explore with you".
By J(E ≠0 it follows that there exists v such that (2.5) is satisfied, hence E is an eigenvalue of H v. In order to investigate Ψ-resonances and Ψ-modes we use Lemma 1 and estimate the two integrals I(E) and J(E) at the two ends E=Ψ of the interval [Ψ(0),Ψ(2)].
Alternatively, in direct-decision mode, we use decided symbols for the DFE feedback.
In the identification mode, we use the cumulative match curves (CMC), and rank-one recognition rate as a benchmark.
For the low current consumption of sleep mode, we use a digital multimeter that can capture extremely small current.
