We now take absolute value of each element of the equivalent channel H ̃ ( c d ) = W - 1 H ( c d ) of (45) to get H ̃ ( c d ) ≤ W - 1 H c d, where the inequality is due to use of the relation H ̃ i j ( c d ) ≤ W - 1 ( i, : ) H ( c d ) ( :, j ), ∀i, j.
where h ~ i, j [ n ] is the element of the equivalent channel matrix between y ~ i [ n ] and x j [ n] which incorporates the effect of multiplying the spreading sequences s i [ n−d i ] in the receiver with the effective signature sequences from the transmitter for the asynchronous case without the sum over n, expressed as h ~ i, j [ n ] = h j [ n ] s j n − d j s i n − d i, n = 1, 2, …, NL, (8).
The elements of the corresponding equivalent circuit are interpreted in terms of geometrical parameters and materials properties.
Nevertheless, effective dielectric constants can be evaluated and all elements of the designed equivalent electrical circuits can be related to specific aspects of microstructure.
Residues value can be used to characterize the inductive and the capacitive elements of the electrical equivalent implementation, while resistance value is determined by comparison with experimental data obtained on piezo stack sample.
Dividing by the length of the protein, we find that the formula and standard molal Gibbs energy of formation from the elements of the residue equivalent of YLR208W are C5.0000H7.6199N1.3468O1.5118 and -36.633 kcal mol-1, respectively.
Except for some esoteric cases, the number of bends in a Bode plot and the number of circuit elements in the equivalent circuit is a maximum at equilibrium.
To this end, MF models are fully coupled with a finite element (FE) solution of the equivalent inclusion problem (EIP).
The influence of hydrogen absorption reaction (HAR) proceeding through Hads with kinetic or with diffusion control on the dependence of the elements R1, R2, C2 of the equivalent electrical circuit for hydrogen evolution reaction (HER) on the electrode potential E has been considered.
where (u) H e q,k is the kth element on the diagonal of the equivalent channel of the uth user, given by (10).
