Sentence examples for instrument is determined from inspiring English sources
The calibration interval of a single instrument is determined by a grey prediction model based on fresh information.
In our system, the transit time of the sphere within the instrument is determined by means of inductive proximity sensors, a PT100 sensor is used for temperature whose effects on Coil are accounted for by means of an ad-hoc algorithm.
The ultimate sensitivity of the automated instrument is determined on the basis of a generic least square differences fitting procedure while the instrumental resolution is defined on the basis of realistic, rather than optimal, scenarios: the resolution of the rotation measurements are in the order of 8.7 ∗ 10−5 rad while the resolution of the displacement measurements are better than 5 μm.
The authors concluded that the choice of screening instrument is determined by the amount of time available and found best evidence to support the widespread use of the Confusion Assessment Method.
The optimum properties of a QOL scale are determined by the purpose for which it is put, in the same way that the selection of a surgical instrument is determined by its use.
This review argues that the choice of instrument is determined by the objective of the intervention being assessed; the EQ-5D being preferred for interventions aimed at maintaining health while the ASCOT and ICECAP-O are preferred for interventions with broader benefits beyond health such as service delivery innovations in the aged care sector [ 24, 49, 55].
The instrument parameters and operability of the instrument were determined by a correlation coefficient and the device operability.
Therefore, the average shear stress coefficient value for this instrument was determined using (k_{text{MO}}^{prime prime }) values which was found to be 750 m−3 (Table 4).
Since Metzner and Otto shear coefficient values gave the best match, the average shear coefficient value for this instrument was determined using (k_{text{MO}}^{prime }) values.
Using a highly perfect germanium single crystal, the mechanical stability of the instrument was determined and hence the expected strain errors predicted.
In previous research, the reliability of the instrument was determined to be 0.98 with an item total correlation of r = 0.65, indicating all items contributed to the total reliability of the instrument.
