Sentence examples for measurement problems and from inspiring English sources
The chapter gives a brief discussion of the measurement problems and presents a new generation of accessories for spectrophotometers, in which these problems are properly dealt with.
The paper gives an overview of in-line optical characterization technology, practical solutions to measurement problems and examples of strategies for determining and controlling layer thickness, electric and dielectric properties and other coating material parameters.
Since as always in the empirical sciences, neither empirical evidence nor economic models imply unambiguously that an empirical observation is a regularity or even a law (because of, e.g., different data sources, measurement problems, and dissent between different schools of economic thought), it is debatable which of the empirical observations can be regarded as laws.
The within-patient estimate of mutation rate does not have the same measurement problems and gave a consistent result.
Firstly, both the denominators and numerators used to estimate BOR, BTR and ALOS may have measurement problems, and thus, the results must be interpreted with caution.
Thus there is no measurement problem, and under appropriate conditions one can discuss the microscopic properties revealed by measurements.
Modal interpretations of quantum mechanics were designed to solve the measurement problem and to reconcile quantum mechanics with relativity.
Coupled with one of the primary sources of confusion, the measurement problem, and various mistaken views conflating information and entropy, one encounters many misguided ideas.
It is in this context, for instance, that both the measurement problem and the non-locality results centered on Bell's theorem arise.
Finally, while the modal interpretation was designed to solve the measurement problem and reconcile quantum mechanics with special relativity, it faces challenges on both accounts.
(In its original form the EPR argument merely showed that without the reduction of the wave-packet postulate, QM is incomplete.[13]) The measurement problem and its associated paradoxes have generated a multitude of responses.
