Sentence examples for the coefficient therefore from inspiring English sources

The coefficient, therefore, is laden with assumptions and also is, ostensibly, a lower bound for the theoretical true internal consistency of a measure.

Note that the power of a harmonic is calculated as the product of its Fourier coefficient, which is calculated by DFT, and the complex conjugate of the coefficient; therefore, the power of a harmonic is a real value.

High pressures increase the solvent density and the diffusion coefficient; therefore, the solvation power is increased and a faster extraction is obtained.

The feature of our study is the utilizing of the Girsanov transformation, which makes it possible to simplify the drift coefficient, therefore the equation, under a family of probability measures indexed by the small dispersion parameter (varepsilonin 0,1]).

The negatively charged protein concentrates in the top phase, and the partition coefficient therefore increases [2].

The Gini coefficient therefore directly depends on the assignment of process contexts to the master process and context-specific process variants.

More domestic products were used as substitutions and the import coefficient therefore decreased.

However, this becomes the opposite for the same S-to-P total scattering coefficient Therefore, the relation depends on the scattering coefficients.

Among the three aggregates considered here, quartzite exhibits the highest linear thermal expansion coefficient, therefore, the quartzite concrete has potentially yielded a higher volume expansion than limestone and granite concretes.

Please note that the propagation error is also dependent on the algorithm for determining the prediction coefficients, therefore, the change of the algorithm involves a new propagation error pdf training in both disciplines.

Alternatively, in this work we will use a compressed sensing optimization 9which attempts to minimize the moduli of the expansion coefficients, therefore the scheme is often referred to as a L1-optimization, and μ is a parameter that allows to switch between genuine compressed sensing and least-squares optimizations.