Sentence examples for approximate correlation from inspiring English sources

An approximate correlation is derived between the non-Darcy coefficient, the permeability, and the tortuosity tensors.

An adaptive neuro-fuzzy network is used to approximate correlation between contact point locations and contact forces magnitudes.

An approximate correlation for the deviation from the perfectly mixed state as a function of time is found.

These suggest ft of about 2.7 MPa for brick, 1.2 MPa for Tufo Lionato tuff, and 0.9 MPa for Tufo Giallo della Via Tiberina tuff coarse aggregate (caementa), based on a tentative, approximate correlation with splitting (Brazilian) tests.

Through the computation of an approximate correlation function, it is then possible to obtain a reduction of the algorithm complexity and thus, a more energy-efficient solution.

GRA is actually a measurement of the absolute value of the data difference between sequences, and it could be used to measure the approximate correlation between sequences (Tosun 2006).

Approximate correlations are proposed for liquid holdup and Peclet number in zeolite packed beds.

The ANFIS network is used to approximate correlations between contact point locations of the sensing structure.

Vrentas and Vrentas (Eur Polym J, 34 (1998) 797) have provided a method of evaluating diffusion coefficients using free volume theory, wherein all parameters can be estimated from the available experimental physical data or best estimates from approximate correlations (e.g. from a knowledge of the density, isothermal expansion coefficient, etc).

In this regard, we should not anticipate that the TFs functioning in coordination have a perfect correlation or coordination and the mathematical methods that emphasize approximate "correlations" may recognize the functionally coordinated TFs more efficiently.

Hydrodynamic radii of particle scatter have been reached from Stokes-Einstein equation: Fig. 3 Approximated correlation functions (inserted graphs) and intensity-weighted hydrodynamic radii distributions for sol 1 (a) and sol 2 (b) {R}_{mathrm{h}}=frac{kT}{6pi eta D} (1 where k Boltzmann constant, T absolute temperature, η viscosity, and D diffusion coefficient.