Sentence examples for between the solution coefficients from inspiring English sources

A recursive relation is established between the solution coefficients which depend on initial conditions and oscillating time frequency.

For this purpose, key parameters, such as the nature of solvent, diffusion coefficient in the membrane, Dm, partition coefficient between the solution and the membrane, Kp, and permeability coefficient, P, governing the transport of Cu II)–8-hydroxyquinolinate (CuQ02) through a flat sheet PLM comprising toluene/phenylhexane have been evaluated.

where A ( z ) is an entire function or a meromorphic function of finite order or finite iterated order, and have obtained many results about the interaction between the solutions and the coefficient of (1.1) (see [4 7]).

By dropping the higher order terms in the power series expansion and truncating the infinite linear system for the first order term, the inverse problem is linearized and an approximate but explicit formula is obtained between the Fourier coefficients of the solution and data.

In [16], Chyzhykov and his co-authors introduced the definition of φ-order of f ( z ), where f ( z ) is a meromorphic function in the unit disc and used it to investigate the interaction between the analytic coefficients and solutions of f ( k ) + A k − 1 ( z ) f ( k − 1 ) + ⋯ + A 0 ( z ) f = 0. in the unit disc, where the definition of φ-order of f ( z ) is given as follows.

For a given iteration k, the optimum solution, the adaptive filter coefficient vector, the difference between the optimal solution and the adaptive filter coefficient vector, and the input vector are denoted by w o, w k), (tilde {mathbf {w}} k)), (mathbf {x}(k) in mathbb {R}^{N+1}), respectively, where N stands for the filter order.

Correlations between the coefficients and between each coefficient and fish biomass were calculated.

In [18] the authors suggest to use the cosine between the demixing coefficients of different frequencies as a cost function for the problem solution.

There are several process parameters which can affect the breakthrough curves, such as adsorption and desorption rates and mass transfer coefficient between the main solution flow and the particles.

The aim of this paper is to investigate the rate of approximation between the true solution and the numerical solution in the sense of the L p -norm when the drift and diffusion coefficients are Taylor approximations.

The interaction effect between feed rate and voltage, the quadratic coefficients of the applied voltage as well as linear coefficients of the solution concentration, voltage and feed rate were found statistically significant in the fabrication of sub-micron fibers.