The phrase "a precise and efficient" is correct and usable in written English.
You can use it to describe something that is both accurate and effective, often in contexts related to processes, methods, or tools.
Example: "The new software provides a precise and efficient way to manage our inventory."
Alternatives: "an accurate and effective" or "a clear and streamlined".
To evaluate the safety of composite laminated structures under this circumstance, this paper is aimed at developing a precise and efficient univariate method for the reliability assessment of composite laminates taking use of Legendre orthogonal polynomials and Monte Carlo Simulation.
Our study suggests that NPCDs with highly negative charges could serve as a precise and efficient fluorescent probe to determine the living state of bacteria, widening the path for bio-imaging application in bacterial viability assessment.
The purpose of this study was to develop a precise and efficient method for estimating the thickness of the articular cartilage in the hip joint and hence three different stereologic methods were tested based on Magnetic Resonance Imaging.
Complicated anatomical features and movements are well illustrated and described in a precise and efficient way.
MAS is a precise and efficient selection system that allows for recessive allele selection, early stage selection and multiple genes pyramiding without traditional phenotypic evaluation for each trait.
A precise and efficient Probabilistic Local Walks (PLW) algorithm for mining protein complex cores.
In combination with site specific recombination, CPP-mediated delivery of recombinases enables a precise and highly efficient control of gene expression in cultured cells and mice.
The study illustrates that the use of the water abrasive injector fine jet permits a precise and highly efficient insertion of surface structures into ceramic materials.
It is concluded that the 3D-ST technique can be used to obtain the 3D dynamics of rotating structures, including those with mixed boundary conditions and complex geometry, in a precise and numerically efficient fashion.
Specifically, in the studies of the key biological pathways responsive to bioitic or abotic stresses, probably the only way to capture the exact changes in plant growth rate (which may reflect how these pathways control photosynthesis activity or energy distribution) is to develop a precise and more efficient computational plant growth model.
It is shown that this group model provides a sufficiently precise and efficient evaluation of equilibrium coefficients for multicomponent mixtures during dynamic simulation.
