Sentence examples for system consisting only from inspiring English sources

A new method allowing to synthesize polymeric nanogels of independently chosen weight-average molecular weight (Mw) and dimensions in an additive-free system consisting only of linear macromolecules and water is described and tested.

These effects were demonstrated in a recent simulation study that showed that even for a system consisting only of a cascade of a linear RF and a simple threshold nonlinearity, the interaction between higher-order correlations in the stimulus and the nonlinearity can lead to a biased RF estimate [26].

Moreover, common law systems cannot be distinguished from legal systems consisting only of linguistic acts, because no legal system consists only of linguistic acts.

Without bladder, avian urinary system consists only of kidney and ureter.

We may conventionally refer to these regions as macrostates, while acknowledging this terminology is a little inappropriate when describing systems consisting only of a single molecule.

On the other end of the experimental spectrum, bottom-up in vitro approaches proved that highly reduced systems consisting only of a small percentage of cellular proteins are sufficient to mimic fundamental properties of migrating cells [ 375– 375].

He conceived the immune system as closed, consisting only of interlocking units, which, when perturbed by antigen, manifested immune responses.

Srinath ([1994]) has explained a Markov model to determine the availability expression for a simple system consisting of only one component.

In this study, a compact phased array system consisting of only three piezoelectric elements is used in conjunction with an updated total focusing method (TFM) for localization of single and multiple defects in an aluminum plate.

The HeapSim model developed to design heap leach processes was employed herein to evaluate unknown parameters and to identify the rate-controlling steps governing a simple leach system consisting of only pyrite under isothermal conditions.

Indeed, a pair of transport equations for [p] and [p x ], subjected to a truncation approximation by neglecting the second-order jump discontinuity [p xx ], yields a closed system consisting of only a pair of coupled ODEs, which can be regarded as a good approximation for the hierarchy of the system governing shock evolution.