Sentence examples for more precise design from inspiring English sources

Experimental results and correlations established will enable a more precise design of industrial columns.

This study demonstrates how HS imaging can be utilized to construct a design framework to enable more precise design of plasmonic NPs for light-based biomedical applications.

As the design process proceeds, more precise design parameters are input for analysis modules that have higher level of fidelity.

An accurate thermodynamic model will lead to good representation of the system behavior and therefore a more precise design of equipment.

Consequently, the conventional model to determine the mass flow-rate through an orifice-type restrictor in aerostatic bearings may have to be updated to the proposed new model for more precise design and modelling of the gas-lubricated aerostatic bearings.

This work proposes an integrated procedure that involves neural network training and genetic algorithm simulation within the Taguchi quality design process to aid in searching for the optimum solution with more precise design parameter values for improving the product development.

Overall, it was concluded that for more precise designing selection programs and increased efficiency of selection for production and reproduction traits of fowls, inclusion of maternal effects and direct genetic effect into the model is necessary.

In view of the fact that the large-scale projects of the ground-coupled heat pump systems become more popular, a new concept is proposed that a representative borehole takes the place of the least-favorable borehole in thermal analysis of the ground heat exchangers so that more precise designs and simulations may be achieved.

Understanding in detail this novel niche between innate and adaptive immunity may allow for some novel and more precise designs of clinical trials for the optimal utilization of the readily available and safe for use molecule, AAT, without compromising T cell functionality.

We therefore used the pre-insertion site of LTR5B (HERV-K, to be more precise) to design primers that can only amplify the standalone Xiaos but cannot amplify those Xiao regions inside DAs.

However, this method cannot simulate the chemical reaction dynamics at reaction temperatures, which is crucial fault and defect for more precise and accurate design to establish next-generation nanotechnology.