The phrase "application in a widespread" is not correct in English.
Did you mean "application in a widespread manner" or "widespread application"? You can use a corrected version of this phrase when discussing how something is utilized or implemented broadly across various contexts or areas.
Example: "The application of this technology has been widespread in the healthcare industry, improving patient outcomes significantly."
Alternatives: "broad application" or "widespread use".
Hence, degradation technologies targeting GFP have the potential to become a widespread application in a multitude of experimental systems, especially in animal model organisms, due to the possibility to obtain homozygous GFP-trap alleles by breeding.
Finally we discuss the need for HPC capability in a widespread application of our or similar methods.
The FBP system is a more complex set of equations than the FWI system; thus, it has not received the same widespread application in a range of programming platforms.
They are consequently used in a widespread variety of applications.
A pre-activation process on substrate surface has remarkably improved the poor adhesion strength of diamond-like carbon (DLC)–Si coatings on steels which is the largest obstacle in achieving a widespread application of the coatings onto machine components.
The development of the theory of fractional calculus stems from the applications in many widespread disciplines such as engineering, economics and other fields.
Nanotechnology has widespread applications in a variety of fields, thus raising concerns about the potential health risk of nanomaterials.
Composite beams that consist of two or more shear deformable layers find widespread applications in a variety of engineering structures.
Engineered multi-walled carbon nanotubes (MWCNTs) have received widespread applications in a broad variety of commercial products due to low production cost.
In this work, we focus on the application of L1 regularization to a class of inverse problems; relaxation-relaxation, T1 T2, and diffusion-relaxation, D T2, correlation experiments in NMR, which have found widespread applications in a number of areas including probing surface interactions in catalysis and characterizing fluid composition and pore structures in rocks.
