Sentence examples for model by first from inspiring English sources

The case of the United States and Cuba can be placed on the model by first examining the external environment.

Professor Wilkinson made the model by first digitising a three-dimensional image of the complete skull and using the bone structure to estimate the thickness of the various layers of soft tissues which make up the face.

We verify the model by first showing that it is an improvement and able to reproduce what the spherical model describes, and then testing it against the average oxygen reductions directly calculated from pore-scale simulations of oxygen diffusion and reaction in the two catalyst layers.

Based on this, we modified our model by first removing the path from L2 listening strategy use to L2 listening proficiency, and then by connecting measurement errors.

The method delineated here extends the single-loop BTR model by first defining the boundary in the borehole cross section that separates downcomer and upcomer pipe legs of a common temperature.

We therefore tried to define an exclusion list for filtering the annotations produced by the recognition model, by first calculating the log odds ration between the number of true positive counts and the number of false positive counts for each distinct (case-insensitive) mention predicted by the model.

These aspects may reduce subjectivity and mis-interpretation, and/or increase the confidence in the model by third parties.

Table 6 Inter-story drift values for each model by second, sixth, and fifteenth stories under the earthquakes Naghan, Tabas, and Elcentro respectively (from left to right) and also in types of flexural, x-braced and off-diagonal bracing systems.

These processes are modeled by first order hyperbolic partial differential equations with large and small parameters, which results in stiffness and multi-scale behavior.

In particular, a 1D mathematical model is presented for tubular reactors considering a cylindrical symmetry, which is modeled by first- or second-order differential equations depending on the importance played by the axial diffusion.

The thermal behavior of the FW composting residues could be successfully modelled by first and third-order chemical reactions respectively in the temperature ranges of 200 360 and 360 510 °C, with activation energy ranging from 25.68 to 41.89 kJ/mol.