Sentence examples for precise repeatability from inspiring English sources

The method was validated, demonstrating to be accurate and precise (repeatability and intermediate precision levels) within the corresponding linear ranges of PRI (0.1 1.5 mg ml−1; r = 0.9983, n = 18) and both impurities (0.1 1.3% relative to PRI, r = 0.9996 and 0.9995 for ELI and NOX, respectively, n = 18).

The gimbal was controlled by a computer, allowing Dalton to precisely set speed and movement; this ensured precise repeatability for multiple takes.

Although these parameters were considered, the precise repeatability of amyloid fibrillation kinetics between laboratories remains challenging.

"In other words, to get to the right place, you don't have to rely on precise repeatability – instead you can FIND (sic) the right place dynamically with cameras and depth sensors, cheaply, and in real time.This is a game-changer, and opens up a new frontier of lower cost, easier to program, easier to use robotics for more mainstream operations".

The results of the statistical analyses indicated that the platform with the most precise repeatability was the ABI PRISM® 7700 when coupled with the FastStart PCR reaction mix.

The method is robust and linear (r2 > 0.99) over the range 0.05 2.5% (5 250% with regards to the 1% specification limit for both process-related impurities); it is also precise, regarding repeatability (RSD ≤ 1.5% for all of the analytes) and intermediate precision aspects and LOQ values for the impurities are below 0.01%.

This analysis indicates that although arterial diameter measurements were precise and repeatable, the repeatability of percent FMD was poor, even when performed by the same highly trained sonographer.

As can be seen in Table 2, data for instrument precision and repeatability met the requirements for a method to be precise.

Low values of % RSD confirmed that the suggested method was precise, has good repeatability and hence, was satisfactory for quality control measurements.

Items produced by IMM CHH200 are shown to be more precise, with weight repeatability reaching 0.867‰ and a low energy consumption of 0.395 kWh/kg.

The adaptation of inkjet printing technology to the complex fields of tissue engineering and biomaterial development presents the potential to increase progress in these emerging technologies through the implementation of this high-throughput capability via automated processes to enable precise control and repeatability.