The analysis works given a predefined number of clusters k and an optimum needs to be decided upon.
And an optimum design method of PV-SWHS is proposed.
The enzyme exhibited an optimum temperature of 35 °C, and an optimum pH of 7.4, respectively.
The calculations are made for different types of impeller configurations and an optimum configuration is proposed.
The different options are evaluated and an optimum design is selected.
Ternary phase diagrams were then constructed and an optimum system was designated.
Response surface methodology was used to design all experiments, and an optimum operational setting was proposed.
The rubbery materials, with a water content of 9 15%, were tough and an optimum in ultimate elongation was observed.
At intermediate injection rates, the required acid volume decreases gradually and an optimum value in heterogeneity magnitude may exist.
Too dense arrays are prohibited, however, by the self energy of the ledges and an optimum spacing between ledges exists.
