The phrase "achieving a more precise" is correct and usable in written English.
It can be used when discussing the goal of obtaining greater accuracy or specificity in a particular context or process.
Example: "Our research aims at achieving a more precise understanding of the effects of climate change on local ecosystems."
Alternatives: "attaining greater precision" or "gaining a more accurate".
These fittings do more than just verify the original measurements were accurate in the beginning - talented tailors build on top each fitting, achieving a more precise fit along the way.
Usually, after having set the volume sample, B-mode and color Doppler are frozen, in order to improve frame rate analysis, achieving a more precise measurement.
With the aim of achieving a more precise localization of the sex determination QTL, new single-nucleotide polymorphism (SNP) markers with putative positions on the S. viminalis chromosome XV were genotyped in more individuals.
Accuracy of your set up and measurements, as well as an optimal level of illumination, will certainly help in achieving a more precise result.
To achieve a more precise prediction of the optical properties, the roughness of the interfaces was included in the simulation through an effective medium approximation.
Bony landmarks were used as reference points instead of radiologic markers to achieve a more precise construct and to eliminate intraoperative radiography.
To achieve a more precise model, the points are divided into m parts, each part is called a mode and each mode is described by a different static linear model.
This could indicate that an accurate description of the molecular structure is necessary to achieve a more precise NMR theoretical data, since the chemical shifts are known to be quite dependent on the molecular geometry.
A new method of piecewise linearization is put forward to achieve a more precise fit to the probability distribution when random factors with large variation range appear in the coupled system.
The results present a way to directly represent cardiac extracellular events during the ST-T wave, a method analogous to the use of isochromes during QRS, and they imply that in the future it will by possible to achieve a more precise quantitative understanding of the events of the ST-T wave than thus far has been possible for QRS.
