Sentence examples for behavior of the chain from inspiring English sources

In this work, by employing the 13C CODEX NMR spectroscopy, we demonstrate that opposite to the behavior of the chain diffusion motion, the local reorientation motion of polymeric chains within the complexed crystals are greatly increased with the increase of the crystallinity, which is accompanied by the change of the phase structure.

In the case of inventory-level recovery, the work of Disney and Towill (2003) can be mentioned which uses control theory method to evaluate this objective function in the general supply chain to cover the dynamic behavior of the chain.

As expected, filler inclusions are found to increase the non-Gaussian behavior of the chains.

It is shown by varying the flow rates, as well as the hydrophobicity of the chitosan chains that the self-assembly behavior of the chains can be controlled by optimizing the size and compactness of the species, along with a more narrow size distribution of the nanoparticles.

The study tests several heuristic control laws for the model and analyzes their impact on the behavior of the supply chain.

Experimental results show that by adjusting autonomy in response to environmental changes, the behavior of the supply chain system can be controlled accordingly.

On the other hand the mostly used uni-variate and linear statistical techniques are in many cases not sufficient to explain the behavior of the complex chain of steel production.

Results show that is possible to get the configuration and the behavior of the supply chain considering its dynamic behavior in a rigorous way; furthermore, the solutions obtained by the model illustrate that the supply chains based on biomass conversion are seriously affected by the availability of bioresources over the time.

Based on Lemma 1, we only need to consider the stationary behavior of the Markov chain.

The flattening of the I-V curve is attributed to the high resistive behavior of the propyl chain (as depicted in Figure1) grafted to the zinc oxide surface.

The dynamical behavior of the Markov chain is governed by a matrix Q t)=(q ij (t),i,j∈S), where q ij (t) is the rate of transition from state i to state j, for j≠i, and - q ii ( t ) = q i ( t ) = ∑ j ≠ i q ij ( t ) Open image in new window is the total rate at which we leave state i at time t.