Sentence examples for corresponding uncertainty of from inspiring English sources

If this is a play in which a significant artist was just learning how to make his characters talk, you rarely sense any corresponding uncertainty of tone in the current version.

The energies of 68 AMeV and 114 AMeV were obtained by adding the absorbers (water) and calibrated by using the LISE programa, and the corresponding uncertainty of the energies was no more than 0.22% [ 89- 91].

We also test plausible changes in limb darkening and find corresponding uncertainties of ∼1%.

The star data are used to determine the RA, Dec ,and roll (and corresponding uncertainties) of the HRMA axis as a function of time.

Force calibration can be demonstrated within ranges of 10 160 μN and 1 200 μN by the evaluation of deflection and strain gauge output voltage curves, respectively, at corresponding uncertainties of 50 nN to 0.8 μN and 12 nN to 1.0 μN.

The corresponding uncertainty domain of the transformed Arrhenius parameters (ln A, n, E/R) is convex and centrally symmetric around the mean parameter set.

In addition, ' fearing the negative consequences of a positive test result' and the corresponding uncertainty regarding the chain of events following a positive test result was also an impediment to testing: "Is taking the medication hard?

The design of the uncertainty calculation and the quantification of corresponding uncertainty contributors are critical.

The intrinsic variability that exists in the cases counting data for aggregated-area maps amounts to a corresponding uncertainty in the delineation of the most likely cluster found by methods based on the spatial scan statistics (3).

As a by-product we also obtain parameter estimates (including an assessment of the corresponding uncertainty).

According to the Guide to the Expression of Uncertainty in Measurement (GUM) and International Vocabulary of Metrology (VIM) a measurement results in a value of a well-defined physical quantity - the measurand - and a corresponding uncertainty which characterizes the dispersion of the values attributed to the measurand.