Sentence examples for finite correlation from inspiring English sources

Osborne, A.R. & Provenzale, A. Finite correlation dimension for stochastic systems with power-law spectra.

As in complex liquids, the interaction process originates in the disordered and finite correlation regions (finite polydisperse dynamic clustering) reflected in the transport parameters (relaxation times, viscosity, and self-diffusion) by means of a super-Arrhenius behavior or a multi-relaxation in the time evolution of the density-density correlation functions.

The stress strain curve corresponding to the less ductile Zr65Cu15Ni10Al10 alloy is shown to exhibit a finite correlation dimension and a positive Lyapunov exponent, suggesting that the underlying dynamics is chaotic.

In water-wet grid-blocks of large permeability variance and finite correlation length, effective relative permeabilities can describe the average front movements, but a stochastic term is needed to describe the detailed fluctuations.

For any other finite τ > 0 and a given finite correlation strength 0 ≪ r < 1 we could not identify a transformation that leads to a tractable integral and we therefore derived the series expansion in Eq. (17).

The latter is based on the physical assumption that external sources of noise have finite correlation times, so that we are considering the external noise to be the zero correlation time limit of a colored noise process.

Barthel, T; Kliesch, M; Eisert, J, Real-space renormalization yields finite correlations, Physical Review Letters, vol. 105 no. 1 (July, 2010), American Physical Society (APS) [doi] [abs].

This indicates that the dominant contribution to its broadening is tilt, while the primary contribution to the broadening of the GaN cap and the SL in general is due to a finite lateral correlation length, Dlateral.

We find that finite de-correlation in the turbulence spectrum increases the low-frequency algebraic decay (the low-frequency "roll-off") of the acoustic spectrum with angular frequency to give a model that has a pure dipole frequency scaling.

The paper presents the results obtained from the application of different output-only modal identification techniques to ambient response data collected in two dynamic tests of a cable-stayed bridge and the subsequent finite element model correlation analysis.

and is the matrix of finite cyclic cross correlation.