Sentence examples for ccd design from inspiring English sources

The response surface methodology (RSM) was used to optimize MSLCP extraction yield by implementing the CCD design.

The CCD design experimental data were employed using Design Expert version 6.06 (Stat-Ease Inc. Minneapolis, USA) and then interpreted.

Single factor experiment was first designed for determining the optimal range of each of four factors and these factors were further optimized using RSM with a CCD design.

Based on CCD design, the quadratic models were developed correlating the adsorption variables to two responses, i.e. removal efficiency and adsorption capacity.

In order to achieve the optimal operating conditions, the CCD design was used to optimize the process parameters, and the maximum furfural yield of 80.5% was obtained.

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.

A five-level, four-variable CCD (Design-Expert v. 8.0.6, Stat-Ease, Inc., Minneapolis, MN, USA) was applied to determine the best combination of hydrolysis variables to maximize the DH of the BCs.

Particular highlights include the delivery and testing of both a second-generation column parallel CCD (CP-CCD), design of the next-generation readout ASIC (CPR2a) and a dedicated ASIC for driving the CP-CCD.

In the CC design, L = 140 µm – 160 µm and can be controlled by choice of the thickness of the spacer.

A central composite (CC) design was applied as a tool to obtain a stable and low viscosity emulsion.

Simulation results indicate that the proposed CC design enables efficient CR communications without relying on the existence of a dedicated CC.