The phrase "affected measurements" is correct and usable in written English.
It can be used in contexts where measurements have been influenced or altered by certain factors or conditions.
Example: "The affected measurements indicate a significant deviation from the expected results due to environmental changes."
Alternatives: "altered measurements" or "influenced measurements".
It is added to the MPC objective in order to excite the system on purpose thereby improving the accuracy of the state and parameter estimates in the presence of incomplete or noise affected measurements.
The change to SI had little effect on everyday life in countries that used the metric system – the metre, kilogram, litre and second remained unchanged as did the way in which they were used – most of the changes only affected measurements in the workplace.
Lastly, many uncontrolled factors such as smoking and caffeine intake may have affected measurements to a certain extent.
All assays were conducted during the cycle that samples were obtained, and thus, prolonged storage would not have affected measurements performed in this study.
Untreated and prednisone-treated GRMD dogs contained numerous intense fluorescence regions of unknown origin in the muscle interstitial space that are likely to have affected measurements, especially in untreated GRMD dogs (Fig. 5A and supplementary material Fig. S2).
This may have affected measurement of the cervical nerve root diameters.
In this way, there is some assurance that changes in experimental protocol have not affected measurement reproducibility.
A 1935 paper written with Boris Podolsky and Nathan Rosen described the ultimate quantum gedanken, in which measuring a particle in one place could instantly affect measurements of the other particle, even if it was millions of miles away.
In a 1935 paper written with Boris Podolsky and Nathan Rosen, he pointed out that by quantum rules, measuring a particle in one place could instantly affect measurements of the other particle, even if it was millions of miles away.
By instrumenting a substrate from underneath, the spread powder does not affect measurements.
The parameters that may affect measurements are not completely understood and interpreting the results becomes difficult and confusing.
