Sentence examples for model systems formed from inspiring English sources

The model systems formed the complex geometric structures where three length scales were distinguished.

This work reports a database of viscosities and densities for 64 model systems formed by (triacylglycerol + fatty acid + solvent) applying different temperatures and concentrations, leading to a total of 674 experimental data points of each property.

Specifically, the minimum energy conformations and the rotational profiles of the different isomeric derivatives constructed for a model system formed by two monomeric units were calculated.

Existing models examine classical micellar systems formed by copolymers in selective solvents [ 12– 15].

They would not be idealizations of a physical system in any ordinary sense of the term, insofar as they would not represent a simplified model of a system formed by ignoring various of its physical features, as, for example, one may idealize the modeling of a fluid by ignoring its viscosity.

We recently reported the de novo designed ccβ peptide model system that forms a native-like coiled-coil structure at low temperatures and which can be switched to amyloid-like fibrils by increasing the temperature.

The Escherichia coli AcrAB-TolC and the Pseudomonas aeruginosa MexAB-OprM complexes are well characterized; besides, the resolution of the three-dimensional structures of various components supported the model according to which these efflux systems form a channel for the extrusion of substrates/drugs from within the cell envelope back into the external environment [9] [13].

CPN (Coloured Petrinet) was used in the modelling of the interlocking system formed in Anunchai State Railway of Thailand format, and Panthong station was used as the exemplary system [10].

Studies of the properties of these solar systems have both supported and challenged astronomers' theoretical models of how Earth's solar system formed.

The algorithm uses a mixture type of the model system that is formed by combining the Euler equations of gas dynamics for the basic conserved variables and an additional set of effective equations for the problem-dependent material quantities.

It is called GMA-IOM because it makes use of the generalized mass action (GMA) as the model system representation form.