The phrase "a more precise design" is correct and usable in written English.
You can use it when discussing improvements or refinements in design, particularly in technical or creative contexts.
Example: "After reviewing the initial concepts, we decided to move forward with a more precise design that better meets the project's requirements."
Alternatives: "a clearer design" or "a more accurate design."
Experimental results and correlations established will enable a more precise design of industrial columns.
An accurate thermodynamic model will lead to good representation of the system behavior and therefore a more precise design of equipment.
These results allow for a better understanding of the relationship between the ink rheology at the molecular level and the printed device properties, and enable a more precise design and control of device properties which will have profound impacts on printed electronic devices.
In addition, we wanted to get qualitative information about the stress regulation of Fkbp5 mRNA for a more precise design of the follow-up experiments.
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.
This work, for the first time, presents a unified framework of analytical equations for different TENG working modes, leading to an in-depth understanding of their working principles, which in turn enables more precise design and construction of efficient energy harvesters.
As the design process proceeds, more precise design parameters are input for analysis modules that have higher level of fidelity.
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.
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.
Accurate experimental data on the thermo-physical properties of CO2-mixtures are pre-requisites for development of more accurate models and hence, more precise design of CO2 capture and storage (CCS) processes.
An ongoing systematical research programme at the University of Miskolc in cooperation with S&B aims at developing more precise design of ball mills and comminution process for grinding of bauxites, decreasing operation costs.
