Sentence examples for more correctly described from inspiring English sources
Abbe's ideas can be interpreted as a realization that image formation in a microscope is more correctly described as a coherent image-forming process than as the more familiar incoherent process.
He also says in his long footnote about Spencer that this principle "may be more correctly described as supposing that equal amounts of happiness are equally desirable, whether felt by the same or by different persons".
Many of the visual effects of hallucinogenic drugs are more correctly described as visual illusions or visual pseudohallucinations, as they are distortions of sensory experiences, and are not experienced as existing in objective reality.
As this left the annotations open for misinterpretation [ 27], it was decided that they would be more correctly described using a GO reference.
Thus, the abdominal distension variable is likely to be relatively "pure," containing largely patients with persistent distension, whereas the bloating variable probably includes some women more correctly described as having distension.
It was further amended on 17 October to more correctly describe Revolut as an online banking service.
Additional stochastic analysis ensures that, if the probabilistic distribution of design or input variables is accurately defined, the probabilistic distribution of output variables (e.g. stress and pressure) can be portrayed in a manner that more correctly describes the response of systems.
The term NMIBC more correctly describes the spectrum with its diverse clinical and pathological phenotype.
Therefore, the term "euchrony" would more correctly describe the normal timing and sequence of ventricular activation under physiological conditions.
This results in overlapping clusters that provide more realistic population shapes than hard boundaries, and more correctly describes the ambiguity inherent in overlapping populations.
Young correctly described iridescence as the result of interference between reflections from two (or more) surfaces of thin films, combined with refraction as light enters and leaves such films.
