Simple general response

In this way we have reached the simple general response, which has been analyzed before. The desirability scale has come down to a simple scale with two classes. Both these cases Eqs. (2.14) and (2.15) are shown in Fig. 2.5. 

Problems of choosing responses of complex research subjects have been analyzed. The optimization parameter is, in fact, a reaction or response to factor level changes that define the status of a research subject. Responses may be economic, technoeco-nomic, technical-technological, statistical, psychological, etc. A response should be quantitative, singular, statistically effective, universal, physically real, simple and easily measurable. For responses with no quantitative measurement, the ranking method is used. Out of all responses typical for a research subject, only one or a general response is taken. Other responses are used as constraints. 

To assert the response significance degree and to determine the significance coefficient, use the method of expert estimate [2, 3], The analyzed algorithms for construing general responses have nevertheless been simple. For more complex general responses it is necessary to define the transformation scale, which will take into account finer differences between partial responses. 

To determine in more detail the link between the frequency of stimulation and the cellular response in the case of Dictyostelium as in that of hormonal signals, it is desirable to address in sufficiently general terms the effect of pulsatile stimulation on a receptor subjected to reversible desensitization. A simple, general model appropriate for such an analysis is presented below. 

While the equation for actuation stress is straightforward, the resultant strains produced in the polymer are dependent on the boundary conditions and loads on the polymer. Further, the strains depend on the elastic modulus of the polymer, which may be nonlinear for elastomers at large strains. A further complication is that the polymers are often actuated with large initial pre-strains. Such pre-strains may be anisotropic and thus may cause the effective elastic modulus to also be anisotropic. For these reasons it is not possible to write a simple general equation for the resultant strain. Several researchers have developed models that include the strain response of dielectric elastomers (e.g. Goulbourne et al. [7]). 

In specific circumstances where there happen to be no interferences, the simple voltammetric response of an electrode can be a Very convenient monitor in process streams and effluents. Such applications, however, have little generality. An application of electrochemical celts of increasing importance is as a detector for high-pressure liquid chromatographs. Here, the chromatographic column should have already separated the components of the mixture and the ability to record complete i-E responses quite rapidly can be used to identify components and to confirm complete separation (does the curve change through a peak ),... 

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