For a uniformity index value of 0.165, a minimum of two stirrings was needed to meet the different desired temperature distributions for insect controls, such as the lowest temperature of 48 °C and mean temperature of 67 °C for a 99.9968% mortality or the lowest temperature of 50 °C and mean temperature of 64 °C for a 99.9% mortality.
A short and easy proof of this result consists in showing that the countable family ({U_{n}:ninmathbb{N}}), where (U_{n}={(x,y in Xtimes X M x,y,1/n)>1-1/n}) for all (ninmathbb{N}), is a base for a uniformity on X whose induced topology coincides with the topology (tau_{M}), and then to apply the famous Kelley metrization lemma [1], p.185.
If sup 0 ≤ t < 1 T ( t, t ) = 1, then the family { U ϵ } ϵ > 0, where U ϵ = { ( x, y ) ∈ S × S ∣ F x, y > 1 − ϵ }. is a base for a metrizable uniformity on S, called the F-uniformity [6 8].
A uniformity for a set is a nonempty family of subsets of satisfying the following conditions: each member of contains the diagonal, for each,, for each, there exists such that, if,, then, if and, then.
The morphologic uniformity of terminal structures presumably the sites of transduction of the sensory stimulus within each arbor type argues for a corresponding uniformity in the sensory transduction apparatus and, consequently, in the range and types of favored stimuli.
Every Justice on the Court now was an appeals court judge, and that does make for a certain uniformity.
This shared philosophical background makes for a certain uniformity across the different versions of neutral monism advocated by Mach, James, the New Realists, and Russell.
Then the family { U : ε > 0, α ∈ ( 0, 1 ] } of sets U = { ( x, y ) ∈ X × X : ρ α ( x, y ) < ε } forms a basis for a Hausdorff uniformity on X × X.
A uniformity [14] for a set is a nonempty family of subsets of such that.
The low precursor volatility led to low deposition rates, responsible for a non-uniformity of the deposit both on the MWCNT balls and from the outer part to the center of the balls.
The required cavity volume increases with increasing heating uniformity or with increasing load permittivity for a given heating uniformity requirement.
