The fit for purpose working range was selected to be between LoQ of each element and 1.00 mg L−1.
However, to provide some insight in this, we will provide exploratory dose-response analyses in PCMT between participation in each element and the effect on pain and stress.
It is specifically defined as the positive square root of the variance (σ2); in symbols, σ2 = Σ xi − μ 2/n, where Σ is a compact notation used to indicate that as the index (i) changes from 1 to n (the number of elements in the data set), the square of the difference between each element xi and the mean, divided by n, is calculated and these values are added together.
In order to make the computation-ready model, referred to as the "Final model", the balance between each element, including metabolites and protons (H+), reaction directionality, transport reaction, and the completely characterized biomass equation were curated and added to the refined model.
Designing desirable nonuniform antenna array requires the tuning of distances between each element, excitation, amplitude, and so on.
Deinterleaving places the first CIR coefficient (h 0) on the diagonal of Q, restoring the one-to-one relationship between each element in r and each corresponding coded transmitted symbol in c.
Deinterleaving the received sequence r will ensure that the one-to-one relationship between each element in r and c is restored, but only with respect to the first coefficient h0of the IR h.
Upon reception the received symbol vector has to be deinterleaved to restore the one-to-one relationship between each element in r and c with respect to the first coefficient h 0 of the CIR h = {h 0, h 1, …, h L-1} T. Deinterleaving r transforms the transmission model in (1).
The difference vector is given by the difference between each element A i and the mean 〈 A 〉, resulting in the vector I A = { A 1 − 〈 A 〉, A 2 − 〈 A 〉,..., A e n d − 〈 A 〉 } that contains both positive and negative values.
where is the nonselective frequency channel coefficient between each antenna element and the destination.
