Sentence examples for optimum response function from inspiring English sources

In order to obtain the theoretical injection rate, ( Q_{text{sw}} ), from the solar wind parameters, we need to determine the optimum response function ( F t) ) and the coefficients a and b.

By using the optimum response function thus determined, we obtain a modeled Dst variation from the solar wind data, which is in good agreement with the observed Dst variation.

The optimum response function and the coefficients a and b are determined by cross-correlation analysis between ( Q_{text{obs}} (t) ) for an assumed ( tau ) and sets of ( Q_{text{sw}} (t) ) corresponding to many sets of ( T_{text{d}} ), ( T_{text{r}} ), ( T_{text{m}} ), ( T_{text{f}} ), and select a set which gives the highest correlation.

The spirit of the identification method is established on Optimum Equivalent Linear Frequency response function (OELF).

Using the optimum equivalent linear frequency response function (OELF) concept, in order to realize the nonlinear nature of the adhesive, modal tests are performed under two different random excitation levels which illustrate the stiffness softening characteristic of adhesive which can have serious implications regarding dynamic stability of structures.

This FEM-based technique employs polynomial response function of the optimum order recovered from the weighted least squares method and following a set of deterministic solutions obtained for various values of the randomized input parameter.

Data found evidenced the influence of the response function on the optimum values of experimental conditions and could be employed as a general guide to evaluate the experimental factors in routine use of near infrared spectrometry.

In this paper, we try to find optimum designs for the estimation of optimum mixture combination on the assumption that the response function is quadratic concave over the simplex region.

Three RSM design methods: full factorial design, CCD design and saturated D-optimum design, are applied to construct the response function following which the shear buckling load distributions of the two FML panels are predicted.

In order to optimize three separation factors and study the interaction between factors, a response function was optimized via searching its optimum (minimum/maximum).

From the analysis, an optimum ratio of cellulase cocktail was calculated by ANOVA of the response function as follows: Cellulase T Onozuka:Pectinase G = 0.333 0.388 0.286.