Sentence examples for accepted approximation from inspiring English sources

The most widely accepted approximation approach is to assume that the sum of log-normal RVs follows a log-normal distribution.

Nonetheless, a broadly accepted approximation of the field emission current, I, is given by; I=left(frac{A{beta}^2{V}^2}{varphi}right) exp left(frac{-B{varphi}^{3/2}}{beta V}right) (1).

The method is based on a widely accepted approximation of the speed of moving reaction front as a ratio of heat capacity of gas to the heat capacity of a catalyst bed as well as concentration and temperature profiles in the steady state.

For design purposes, ACI has adopted a simplified and widely accepted approximation of δ ns : δ n s = C m δ 1 = 0.6 + 0.4 M 1 M 1 M 2 M 2 1 - P u ϕ k P c ≥ 1.0 (2).

By using conversion factors and by accepting approximations it was possible, in quantifying the health impacts of IAP, to use the extensive international research evidence linking PM from outdoor air pollution with a very wide range of health outcomes, rather than being restricted to using the much more limited evidence base linking IAP and health.

For this purpose, a static flow resistivity, which was also approximated using an acoustic method and a commonly accepted theoretical approximation, was calculated based on a microscopic study of the samples and the fibre's diameter.

However, if the user is willing to accept an approximation to the Pareto-optimal solution set, ε-dominance can be used to reduce the computational scaling of MOEAs to be linear with increasing problem sizes.

If we can accept an approximation to the exact kernel, we can apply the ICD by defining a threshold to reduce the rank of the matrices.

The results showed that the absorber average temperature could be correlated to the intensity as: (Tw = 3.51I0.461) with an accepted range of approximation error.

We first examine a naive approach in which the growth rate of the numerical solution is accepted as an approximation of the true growth rate.

The latter is a consequence of the "two-level" approximation accepted in Eq. 7. If we take into account not only the lowest s- and p-states, the dependence of the first-order correction on h appears at once.