Sentence examples for are illustrated as a function from inspiring English sources

For evaluating the proposed model, the residual values, which are defined as the natural logarithm of the ratio of the observed value to that predicted, are illustrated as a function of the hypocentral distance (Figs. 8(a) and 8(c)).

For session II and III, RMSED and RMSES are illustrated as a function of initial position, movement amplitude and mass condition.

Model results for a specific airborne behavior or endogenous direction are illustrated as a function of wind selectivity, that is, the drift and transport cost tolerances Δ and ε.

Figure 3 shows the mean percentage of double-target trials with correct responses (i.e., trials where both the number and type of target were correctly identified); these data are illustrated as a function of Trial Type (threat, positive, neutral) and Lag (seven levels).

The power gain in the transmitted region is illustrated as a function of angle for frequencies below the first cut-off.

The relation between the static and dynamic stiffnesses of the active pneumatic spring is illustrated as a function of the dimensionless parameters of the system and the excitation.

The boundary between active plasticity and elastic shakedown is illustrated as a function of tolerable strain ranges and the amount of strain hardening present.

A regression model predicting the energy consumption of a typical office building was illustrated as a function of two indoor environment parameters, i.e., indoor air temperature and air ventilation rate.

In the computational part, the results were illustrated as a function of acoustic streaming behaviour, fluid flow pattern, gas/liquid volume fraction and turbulence in the two-phase system and finally the mass transfer coefficient was specified.

The seasonal variation of NmF2 is illustrated as a function of local time in Fig. 2 for low solar activity (August 2010 August 2011) and moderately high solar activity (September 2011 July 2014), respectively.

The quantity H TOT in the mass spectra is illustrated as a function of laser pulse energy at specimen tip base temperatures of 20 K (red triangles), 50 K (green squares), and 80 K (blue diamonds); and laser pulse frequencies of 100 kHz (solid symbols), 250 kHz (half-filled symbols), and 500 kHz (open symbols), Fig. 2.