Sentence examples for system from experimental from inspiring English sources

There are many publications discussing the problem of estimating the kinetic parameters of a biochemical reaction system from experimental data of molecular concentrations, when the underlying stoichiometry is known [ 7- 9].

System identification concerns the construction and validation of mathematical models of dynamical systems from experimental data.

We apply the methodology developed by Belsley and coworkers to determine these constraints on bioreaction systems from experimental data.

It collects a number of previously published methods in a fully integrated approach to measure and model these systems from experimental data.

We present a new approach that allows the determination of force-field parameters for the description of disordered macromolecular systems from experimental neutron diffraction data obtained over a large Q range.

The PLI was developed to quantify phase synchronization of oscillatory systems from experimental data.

Constructing biochemical reaction systems from experimental observations often leads to parameter values that do not satisfy the necessary thermodynamic constraints.

It was developed to quantify in a statistical sense the phase synchronization of such systems from experimental data and, thereby, to characterize their coupling (Rosenblum et al. 1996, Rosenblum et al. 2001).

The approaches have been successfully applied to a number of systems, from experimental populations of microbes exposed to high-temperature regimes (Tenaillon et al. 2012) to Drosophila populations selected for longevity (Teotónio et al. 2009; Burke et al. 2010).

The basic idea is to carry out a semi-physical model gathering two types of information: the a priori knowledge of the deterministic rules which govern the studied system and the observation of the actual conduct of this system obtained from experimental data.

The model carries out a thermodynamic analysis in order to calculate the energy efficiency and the exergetic consumption of the system; these performances are subsequently compared with those of a low-temperature hydrogen generation system evaluated from experimental data measured in test sessions performed on a complete BoP integrating a pressurized Proton Exchange Membrane (PEM) electrolyser.