Sentence examples for simulations were selected from inspiring English sources
Thus, two structures from the unrestrained CG simulations (one structure representing State 1 and the other, State 2; see Supporting Information for details of the structure selection method) and also two structures from the NMR-based CG simulations were selected.
The parameters chosen for the simulations were selected from literature.
For comparison purposes, the same speech and music signals used in the simulations were selected.
Highly populated structures obtained from molecular dynamics (MD) simulations were selected by clustering analysis.
Among different water level fluctuations presented, "cborder9" results obtained from the YAN simulations were selected to be used as the border source in the high-resolution simulation.
Author response: The parameters for the numerical simulations were selected such as to illustrate new dynamical regimes of heterogeneous models which are unobservable in homogeneous settings.
The parameter values for those simulations are selected mathematically to let the model exhibit required dynamics.
The channel model of the simulations was selected because of its suitability for the simulation of high-speed conditions.
Values of the system parameter in our numerical simulations are selected below, according to [12]: Mass of the disk, m = 6 kg; Shaft diameter, D = 2; R = 0.025 m; Crack depth a/D = 0.15; Shaft length, L = 0.7 m; External damping, c = 182.56 Ns/m; Stator stiffness, ks = 140 × 106 N/m; Coefficient of friction, μ = 0.2; Unbalance eccentricity, ε = 1.0597 × 10-5 m.
The choice of starting structure for the classical MD simulations was selected to embody the characteristics of the AdoCbl cofactor before homolysis.
While individual simulations return the equivalent of a measured intensity at a single wavelength, the range of optical properties within the set of simulations was selected such that combinations of individual simulations could be used to represent reflectance spectra measured in a turbid medium.
