Current Distribution near an Electrode Edge as a Primary Distribution Is Approached

Primary Current Distribution and Resistance of a Slotted-Electrode Cell

The primary current distribution and the resistance of a cell containing a slotted electrode were calculated using numerical methods coupled with the Schwarz-Christoffel transformation. Results are presented and compared to asymptotic solutions. An approximate analytic expression for the cell resistance is presented. Primary current and potential distributions apply when the surface overpotenti...

Skew-t distribution is an appropriate alternative for the weighted exponential distribution

In this manuscript first a brief introduction to the Skew-t and Weighted exponential distributions is considered and some of their important properties will be studied. Then we will show that the Skew-t distribution is prefered to the Weighted exponential distribution in fitting by using the real data. Finally we will prove our claim by using the simulation method.

Uniform Edge Distribution in Hypergraphs is Hereditary

Let α ∈ (0, 1), l ≥ 2 and let Hn be an l-graph on n vertices. Hn is (α, ξ)-uniform if every ξn vertices of Hn span (α± ξ) ( ξn l ) edges. Our main result is the following. For all δ̃, there exist δ, r, n0 such that, if n > n0 and H n is (α, δ)-uniform, then all but exp{−r/20} ( n r ) r-sets of vertices induce a subhypergraph that is (α, δ̃)-uniform. We also present the following application. Let ...

Active electron energy distribution function control in direct current discharge using an auxiliary electrode

Near-perfect Token Distribution

Suppose that n tokens are arbitrarily placed on the n nodes of a graph. At each parallel step one token may be moved from each node to an adjacent node. An algorithm for the near-perfect token distribution problem redistributes the tokens in a minimum number of steps, so that, at the end, no more than O(l) tokens reside at each node. (In perfect distribution, at the end, exactly one token resid...