Sentence examples for mixture for which from inspiring English sources

({mathcal {P}}{mathcal {T}}_{p, mu, lambda }) is a particular Poisson mixture for which the mixing measure of the randomized Poisson parameter follows Tweedie distribution Tw p with the same values of the "power" parameter p≥1, the scaling parameter (lambda in mathbf {R}_^{1} := (0, infty)), and the location parameter μ.

In the end, the performance of AHI-S is investigated in one-dimensional (1-D) unsteady freely propagating laminar premixed flames for a methane/air mixture, for which the time step size in AHI-S is limited by the fastest transport process.

The differences might be due to different methods or differences in the air pollution mixture for which NO2 is a marker.

As a result, the mixture for which toxicologic data exist may not be identical in composition to the mixture in the environment.

By a mixture 'class' we denote the set of mixture pairs for which each mixture has the same number of total components (N) and each pair has the same number of distinct, non-overlapping components D (D = N − O, see Table 1).

Finally, the crossterm B12 is evaluated for 3 mixtures for which accurate experimental values are available.

First, we derive the leading error term for the large- λ asymptotics of these mixtures for which μ<∞.

Stated here are conditions for continuous and discrete random variables and certain finite mixtures for which HRX holds.

However, in this framework, we consider instantaneous mixtures, for which the separation is performed using the whole signal.

Poisson-Tweedie mixtures are the Poisson mixtures for which the mixing measure is generated by those members of the family of Tweedie distributions whose support is non-negative.

It is possible to identify those mixtures for which one or more pure phase X-ray powder patterns are not available with a detection limit around 10%.