Sentence examples for after multiplying by from inspiring English sources
However, as represented in the condition (5), the power of interference terms after multiplying by Δ 12 and after multiplying by Φ 12,2 Φ 12,1 is the same due to normalizing all channel matrices.
end{cases} (2.5) Integrate the second equation of (2.5) over Ω after multiplying by (vartheta_{m}^{p-1}(x)) ((m=1,2,ldots)).
Each antenna on the chosen path uses an AF strategy to forward the signal to the next relay stage, that is, each antenna of stage on the chosen path transmits the received signal after multiplying by, where is chosen to satisfy an average power constraint across antennas of stage.
For example, considering the situation there is a "Round" operation after fractional factor 1/2, then after multiplying by the fractional factor 1/2, the integer values 7 and 8 have the same "Round" value 4, but we cannot reconstruct the original integer values 7 and 8 using the same value 4 in the synthesis part.
Therefore, we can estimate (after multiplying by this (0.5) correction factor; [15]) the absolute Pb ammunition residue bioavailability in children.
Optical density values falling in the midrange of the standard curve were used to calculate the concentration of cytokine in the supernatants and final values were obtained after multiplying by the dilution at which the cytokines were assessed.
The Doppler spectra of both the measured data and the Jakes model were calculated by applying the 450-point DFT process to the time domain channel autocorrelation after multiplying it by the Hamming window.
The Doppler spectrum, as in the SISO case, was calculated by applying the 450-point DFT process to the time domain channel autocorrelation after multiplying it by the Hamming window.
The dependent variable was log transformed, so an unstandardized regression coefficient can be interpreted as a percentage change in the dependent variable for a one-unit change in the independent variable after multiplying it by 100.
Furthermore, the strict positivity of eigenvalues, for eigenfunctions with an exponential decay at infinity follows directly from the equality int|Deltapsi_{beta}|^{2} + int|psi_{beta}|^{2}= lambda_{beta}int|nablapsi _{beta}|^{2}, (2.12) obtained after multiplying 2.9 by (psi_{beta}) and integrating in (L^{2}).
(2.11) Furthermore, the strict positivity of eigenvalues, for eigenfunctions with an exponential decay at infinity follows directly from the equality int|Deltapsi_{beta}|^{2} + int|psi_{beta}|^{2}= lambda_{beta}int|nablapsi _{beta}|^{2}, (2.12) obtained after multiplying 2.9 by (psi_{beta}) and integrating in (L^{2}).
