The rule of mixtures based formulae are evaluated.
Accuracy of the formulae was evaluated by comparison between the calculated and experimental results.
Formulae were evaluated for weight and content uniformity, surface pH, water uptake, and in vitro drug release with its kinetic analysis.
The formulae are evaluated numerically with the aid of asymptotic expansions, and a method in which complex contour deformation is used, which is more convenient than those usually employed for this type of diffraction problem.
Formally, this means, first, that the natural flows of time for Ockhamist semantics are tree-like rather than linear, and second, that temporal formulae are evaluated relative not only to a time instant, but also to a history containing that instant.
Based on the regression of the test data, the simplified formula for ultimate strength and elastic modulus of CFST stub columns after being exposed to freezing and thawing was proposed, and the accuracy of the formulae was evaluated by comparison between the calculated and experimental results.
Two BMOS-containing formulae were evaluated: one was supplemented with BMOS only; the other was supplemented with BMOS and the probiotics Bifidobacterium longum (Bl999) and Lactobacillus rhamnosus (LPR).
Moreover, by applying the new plume rise formulas in Gaussian dispersion model, the accuracy of new formulas is evaluated.
This formula is evaluated at low cost using explicit expressions of the forward and adjoint fields involved.
Modalities [K]ϕ and ⟦ K ⟧ ϕ quantify universally over the edges of the coordination pattern and express properties of the outgoing (respectively, incoming) connections from (respectively, to) the node at which the formula is evaluated.
