On the aging 0.35-micron production process, optimum levels should generate 70%, or 90 good chips per wafer.
As a result, convergence of the "two-step" iterative approach to a process optimum cannot be guaranteed.
During batch fermentation process, optimum pH for growth was 7.0 and pH was shifted to 5.5 after nitrogen depletion (Lee et al.1999).1999
The results of the optimization process, optimum point of xH, xR, aH, and aR, were defined as 0.87, 0.58, 2.41, 0.25, respectively.
Based on the model, the process optimum conditions were introduced as initial pH of 4.5, [KPS]0 = 1452 mg/L and T = 66 °C.
With the proposed corrections being progressively integrated over the iterations, the algorithm has guaranteed convergence to the process optimum and also, upon convergence, the final corrected model predicts the process behavior accurately.
In the process, optimum annual energy production, as a benchmark, was obtained and used for comparison by taking into account both rotor hydrodynamic power production performance characteristics and annual tidal inflow speed probability distribution.
To guarantee attaining the minimum variance for each noise process, optimum selection of p is studied, in the case of known noise statistics, such as probability density function and corresponding density parameters.
After completion of the peeling process, optimum lighting was sought for digital video recordings of the posterior pole.
For the ReAl process, optimum separation was achieved using a membrane with a MWCO range of 15 30 kDa, giving Al recovery of 94% and COD rejection of 78%.
