"singular phenomenon" is a correct and usable phrase in written English.
You can use it to refer to a single event or thing that is out of the ordinary or highly unusual. For example: The pandemic of 2020 was a singular phenomenon that disrupted our lives in unprecedented ways.
Marlboro, whose fifty-ninth session gets under way next week, is a singular phenomenon.
The singular phenomenon is common in five-axis machining process.
For those who see Trump's Presidency as an aberration, or as a singular phenomenon, Cotton offers a useful corrective.
But "Julia Margaret Cameron," a small, striking show at the Metropolitan Museum, makes her out to be a singular phenomenon.
Other companies tried to replicate the social network using similar check-in ideas and brand partnerships because they thought it was a singular phenomenon.
Play for Doug Collins, as he did for three years in Chicago, during Jordan's crucial transformation from singular phenomenon and springtime washout to six-time champion.
This specific self-interaction leads to nonlinear stochastic differential equations and permits pointing out singular phenomena like non-uniqueness of associated stationary measures.
So as an experiment, at least, let's respond to the 50th anniversaries of these four bands differently from how they might like us to: not by seeing them as singular phenomena but as interconnected.
Though physicists offer as strong motivation the possibility of gaining the ability to analyze singular phenomena locally in a mathematically well-defined manner, they more often speak in terms that strongly suggest they suffer a metaphysical, even an ontological, itch that can be scratched only by the sharp point of a localizable, spatiotemporal entity serving as the locus of their theorizing.
To our knowledge, very few authors studied the existence of positive solutions for the singular phenomena in coupled integral condition for fractional differential system, and this work improves and further develops results of previous work in this field to a certain degree.
Aqueous environments often produce singular phenomena not observed in conventional organic solvents, including rate acceleration and different selectivities.
