The phrase "acceptable level of precision" is correct and usable in written English.
It can be used in contexts where you are discussing the degree of accuracy that is considered satisfactory for a particular task or measurement.
Example: "In scientific research, it is crucial to maintain an acceptable level of precision to ensure the validity of the results."
Alternatives: "satisfactory degree of accuracy" or "tolerable level of accuracy."
LoD is the lowest concentration of an analyte that can be detected and reliably distinguished from zero, but not necessarily quantified, while LoQ is defined as the lowest concentration of an analyte that can be determined quantitatively with an acceptable level of precision and accuracy (Gonzaler and Herrador 2007).
This study shows that three thermodilution measurements are required for estimating CI, GEDVi and EVLWi through TPTD with an acceptable level of precision.
The planned sample size will have 85% power to detect reliability coefficients within an acceptable level of precision (estimated coefficient > 0.4 when the true value is 0.6).
This would provide an acceptable level of precision for estimates as low as 10% in size, and better precision for any estimates larger than 10% in size.
We wanted to determine the number of cold bolus injections that are necessary for achieving an acceptable level of precision for measuring cardiac index (CI), indexed global end-diastolic volume (GEDVi) and indexed extravascular lung water (EVLWi) by transpulmonary thermodilution.
A minimum sample size of 950 households was required per district to provide an acceptable level of precision for the indicators measured in the survey and a representative sample of 27,345 households was selected for the survey [ 12].
The primary objective was to provide national estimates with an acceptable level of precision for population characteristics such as fertility, contraceptive need and prevalence, and selected health indicators and infant mortality.
Optimizing monitoring efforts to address multiple species requires tradeoffs among survey methods, levels of effort, and acceptable levels of precision.
The developed direct method was capable of the quantification of more than 30 elements at concentration levels of 10−8 wt.%, with acceptable levels of precision and accuracy, from an aqueous suspension of just 0.1 mg mL−1 DND.
The intra-specimen coefficient of error values for the measured DNA content of all the examined hippocampal pyramidal layers were below 0.06 (Fig. 1c), indicating acceptable levels of precision [36].
Using this approach, we built and characterized Cassegrainian and Gregorian congurations with acceptable levels of precisions.
