Sentence examples for capable for process from inspiring English sources

The low standard deviations of the cell disruption capability and specific protein release of HBsAg indicates that the optimized conditions from RSM design were reproducible and capable for process up-scaling.

The Infinite DimEnsionAl State-Space (IDEAS) conceptual framework is first reviewed and then shown to be capable of assessing the potential for process intensification of reactive separation processes.

Hence, it is seen here in the first iteration ofstatistical process control (SPC) studies that the process is not capable,and the Cp and Cpk values of the characteristic under study are 0.20 and 0.12,which are far less than that for process to be capable, i.e., 1.33.

The use of adaptive composite structures in series applications requires novel actuators and related manufacture processes capable for serial production.

The process simulation model is capable to be used as a design tool for process scale-up.

SPC studies were found to be useful for eliminating the special cause of errors,streamlining the process, and making the process a capable manufacturing process byimproving the Cp and Cpk values of the key quality characteristic under study.

In many respects, the process of building a unit capable for limb reconstruction involves recruitment, training, and experience.

In addition, techniques for designing capable production processes are applicable to moveable production.

The stable photocurrent in the process indicated that this system was capable for wastewater treatment with electricity production for long time scale.

A hindrance to the dialectical development - in a truly projectual sense - of this tension between moral imperative of sustainability and disciplinary contribution is represented by the fact that space design continues to be object-oriented, denying the search for process-oriented approaches capable of considering the entirety of the relations between urban development and environmental processes.

The SMS was found to be exploitable as a versatile low cost organic substrate capable of activating processes for the oxidation of highly chlorinated PCBs.