principle is therefore a convention that governs the relationship between compounds or associative constructions, in that there must be a head of the structure which shares it features with other non-head constituents.
FoM ([PI]) can be considered to represent the transparent conductivity performance, while the percolation
exponent (n) is related to the dimensions of the SWCNT network structure.
It would be desirable to change the conductive filler volume percent as an independent variable to establish the percolation
The structure of the hydrogen bond network and the fractal dimension of the percolation
cluster may change as a result of the tetrahedral coordination disorders caused by the presence of defects, such as those associated with the change of the number of hydrogen bonds of the molecule or change in the local charge of the group of molecules.
The initial automaton [A.sub.qe] and the initial planar site percolation
model ([C.sub.0], c(0)), where c(0) is the cell on the lowest right corner of a grid C0, create the sequence S([A.sub.qe], ([C.sub.0], c(0))) = ((c(0), [q.sub.e], [a.sub.0], [b.sub.0]), (c(1), q1, [a.sub.1], [b.sub.1]), ..., (c(i), [q.sub.i], [a.sub.i], [b.sub.i]), (c(i + 1), [q.sub.i+1], [a.sub.1], [b.sub.i+1]), ...), where at represents the neighborhood of the cell c(i) (c(i) = c([a.sub.i])), [b.sub.i] = [psi]([q.sub.i], [a.sub.i]), c(i+ 1) = c(i) + [b.sub.i], [q.sub.i+1] = [phi] ([q.sub.i], [a.sub.i]), i [greater than or equal to] 0.
Addition of the DBSA additive, along the CoNPs, played an important role in uniform dispersion of the fillers in the matrix and achieving low percolation
value as compared to that of series of composites where no such additive was added.
In this paper, we consider the exposure-path prevention problem with percolation
theory in 3D WSN scenarios.
Cahn, UC Cooperative Extension Monterey County, personal communication) and, as is discussed below, most of the irrigation season deep percolation
occurred as a result of the early-season irrigations used to establish the crop.
The properties of a system which emerge at the onset of macroscopic connectivity within it are known as percolation
In this model, [[sigma].sub.m] is the conductivity of the composite, SC is the conductivity at the percolation
threshold, SF is the conductivity at the maximum packaging fraction (F), [phi] is the volume fraction, <pc is the percolation
threshold, [[gamma].sub.pf] is the interfacial tension between polymer and filler, [[gamma].sub.p] is the surface energy of the polymer, [[gamma].sub.f] is the surface energy of the filler, A and B are constants, and AR is the aspect ratio.
 showed the same behavior of [[alpha].sub.c] for percolation
in the monopartite lattice [[OMEGA].sub.N].
Therefore, the objectives of the study described here were to first, develop an empirical relationship between the saturated hydraulic conductivity (Ks) of layered silt loam soils and their percolation
times (PT) in order to understand the influence of individual layers; and second, to statistically compare this relationship with the equations developed by Winneberger (1974) and Fritton and co-authors (1986).