The phrase "a more precise rate" is correct and usable in written English.
It can be used when discussing the need for a specific or exact measurement, often in contexts like finance, statistics, or research.
Example: "To make an informed decision, we need to determine a more precise rate of return on our investment."
Alternatives: "a more accurate rate" or "a clearer rate".
More precise result is expected, if the methodology is applied to more precise rate equations as recommended by the ASM models for a given case.
More precise rate constants need to be determined based upon novel experimental techniques for measuring binding between intact molecules in a biological context.
This requires a different perspective, since improved PRO instruments are not interventions, but are more precise outcome measurement tools, much like a more precise sedimentation rate or more precise measurement of blood pressure.
Obtaining more precise rates of error is an enormous challenge, given the heterogeneous data and methodological and logistical challenges noted above.
Through Kreditech's technology we can perform a more precise credit rating to offer credit at fair and riskweighted conditions.
Dr. Moss and his colleagues at the University of Rochester are using a more precise measurement of heart rate variability -- determining the exact interval from one heartbeat to the next by asking patients to wear portable devices that record every beat.
A BKMC model is specified by logical rules as in regular Boolean models but with a more precise information: a numerical rate is added for each transition of each node.
Results showed that signal merging gives a more precise estimate of respiration rate than a standard transport monitor, suggesting that signal merging may reduce the number of false alarms caused by external movement.
Figure 3d and Additional file 9: Figure S8a display a more precise picture of mutation rates at individual positions within 500 bp of nucleocyclic TSSs using data from testes.
First, it uses a biophysical forward model of hemodynamic responses that provides a more precise estimation of how the rate of change of activity in one region influences the rate of change in other regions (Friston et al. 2003; Friston 2009).
