Here, we have further studied this phenomenon by comparing two analysis methods for bio-electrochemical systems, based on potential losses and partial system resistances.
As well, separating face into LIAN and MIAN, scholars have further studied the effect of these two dimensions on consumer behavior.
Recently, He et al. have further studied the P-ADMM and relaxed the proximal regularization matrix of its second subproblem to be indefinite.
More recently, the papers of Cabada et al. [18, 19] have further studied the case of the second order equation with two-point boundary conditions, adding a new element to the previous studies: the existence of a Green's function.
Quite recently, He et al. [14] have further studied the P-ADMM and get some substantial advances by relaxing the matrix (G_{2}) in the proximal regularization term of its second subproblem to be indefinite.
Sigal [559, 560, 561, 562] and Herbst Møller Skibsted [242] have further studied Stark resonances in multi-electron atoms proving that the widths are strictly positive and exponentially small in 1 / F.
Peng, Yang, and Wang [7] have further studied a class of small deviation theorems for functionals of random fields on a homogeneous tree which partially extend the result of [6].
In addition, using zebrafish as the animal model, we have further studied the tissue distribution and physiological function of PRL2.
In the present study, we have further studied these biopsies with four markers related to SC activation and differentiation.
