Sentence examples for production feasibility from inspiring English sources

In terms of production feasibility, the mold systems commonly used in both pre-cast and on-site casting, have smooth inner surfaces to ease the extraction procedure.

With the fitting block designed, the mould for pressing was developed and prototypes were conformed in three soil cement mixtures showing production feasibility.

In the proposed method, the production feasibility requirement is modeled through penalty terms on the objective function of the scheduling subproblems, which is further proportional to the amount of unreachable production targets.

It is composed of nine modules, which are input and shape treatment, flat pattern-layout, production feasibility check, blank-layout, strip-layout, die-layout, data-conversion, modeling, and post-processing modules.

The stability of the emulsions formed was verified, at 60 °C, by the determination of the time necessary for the formation of two phases (over 4 h to verify the production feasibility and over 24 h to verify the transport feasibility).

177Lu is presently considered as an excellent radionuclide for developing bone pain palliation agents owing to its suitable nuclear decay characteristics [T1/2=6.73 d, Eβ(max)=497 keV, Eγ=113 keV (6.4%) and 208 keV (11%)] and large-scale production feasibility with adequate specific activity using moderate flux research reactors.

This has also sparked an increased production of feasibility research, which has yet to recommend strategies for engagement, efficacy or effectiveness of mobile health initiatives [ 4].

However, multiple end products resulting from branching metabolic pathways and low overall ethanol production mitigates the feasibility of industrial CBP using these organisms.

Results showed a concentration-dependent increase of DNA breaks and an increase of ROS production, confirming the feasibility of the experimental procedure and validating the model for further in vitro studies of exposure to other VOCs.

The analysis of elastic properties and anisotropy in relation to varied stress, pore pressure and fluid saturation can provide significant insight for both exploration (e.g. pore pressure prediction) and production (4D seismic feasibility studies for changes in pore pressure and saturation during production).

For the growth of aligned and quasi-aligned ZnO NRAs on substrates, various low temperature solution-phase approaches have recently been developed because of their good potential for scale-up production and commercial feasibility.