Sentence examples for variability phenomena from inspiring English sources
"variability phenomena" is grammatically correct and can be used in written English
It is used to describe a situation where there is a range or fluctuation in a certain phenomenon. For example: "The variability phenomena in the stock market is causing uncertainty among investors." "Scientists are studying the variability phenomena of weather patterns to better understand climate change." "The company's success can be attributed to their ability to adapt to variability phenomena in the market."
The "world without us" scenarios have natural changes to the environment caused by volcanoes, the Sun, and internal climate variability (phenomena like El Niños and La Niñas).
Analog circuit design has become a very challenging and time consuming process for circuit designers due to increased non-idealities and worsening variability phenomena.
In order to provide a statistically significant number of examples to explore the variability of phenomena under study, a fundamental requirement is to generate a large number of test power systems featuring the same topology characteristics as realistic or standard test systems.
This may result from differences in climatic variability, natural phenomena such as wildfires, or differences in ozone precursor (NO x and VOC) emissions.
The most crucial properties of spatial data are spatial dependence (near things tend to be more similar than distant things) and non-stationarity (inconstant variability of phenomena across space) [ 18].
Dose changes are one of the leading causes of Hb variability, a phenomenon which is associated with increased morbidity and mortality.
In CE-MS, apparent migration times are prone to error, because of electro-osmotic flow (eof) variability (surface phenomenon and instrumental variation, such as the SHL and gas flow rates at the interface).
It sounds weird; but we should remember every revolution in science had started from such odd facts, that incorporated then into the new theory… And, as for the problem of weak reproducibility of results, the main strategy here should be the searching for the highly reproducible factors that cause variability of phenomenon.
Principal component analysis (PCA) is a useful numerical technique for the investigation of the spatial and temporal variability of physical phenomena.
Analyses of the CEJ events highlight the variability of CEJ phenomena in terms of amplitude, dates, and time of occurrence over 15° longitude separation.
Due to the temporal variability of the phenomena under study, we attempt to compare the wave regimes of the three selected sites on the same time scale.
