The phrase "enjoy widespread use" is correct and usable in written English.
It can be used to describe something that is commonly utilized or accepted by a large number of people or in various contexts.
Example: "Smartphones enjoy widespread use across the globe, making communication easier than ever."
Alternatives: "are widely used" or "have broad acceptance."
Thin film composite (TFC) reverse osmosis (RO) membranes enjoy widespread use in desalination, but their sensitivity to oxidizing agents such as chlorine remains a continuing challenge.
Think, moreover, of the everyday things which in 1897 had not been invented, or were yet to enjoy widespread use.
Rooftop solar has inspired so much contention chiefly because it's the first DER to enjoy widespread use, experiencing "the biggest, fastest adoption of these technologies," Jesse Jenkins, a contributor to a Massachusetts Institute of Technology 2016 report, "Utility of the Future," said in an interview.
Models of the geomagnetic main field enjoy widespread use in navigation and pointing devices.
The results thus far have been promising [ 11], and some enjoy widespread use in the clinic [ 12].
Although training manuals such as from the Committee of Publication Ethics COPEE) or European Association of Science Editors EASEE) for editors and peer reviewers are available, they do not seem to enjoy widespread use [ 20, 42].
Model reduction is contrasted with compact modeling, which currently enjoys widespread use among engineers, and important challenges to be addressed are listed.
ZOPP enjoys widespread use by the larger donor organizations, partially because of the orderly structuring and documentation of information as well as its demand for more skill in application.
These instruments enjoyed widespread use in studies of the isotopes of helium and of other noble gases in natural and technogenic samples, as well as in precision measurements of fundamental physical constants, in particular, of the magnetic moment of the proton in nuclear magnetons and of the tritium half-life.
In simulating dynamic fault motions, a split-node technique (Andrews, 1999; Day et al., 2005; Ma et al., 2008) has, to date, enjoyed widespread use for modeling the boundary conditions of faults in both FD and FE calculations.
Refinery complexity is commonly used as a correlating variable in empirical studies, and complexity barrels represent one of the most popular uses of complexity that combine distillation capacity and complexity and enjoys widespread use by credit rating agencies when evaluating corporate debt.
