The phrase "agents which may" is correct and usable in written English.
It can be used when discussing potential actions or characteristics of agents in a specific context, such as scientific or legal discussions.
Example: "The study focuses on agents which may influence the outcome of the experiment."
Alternatives: "agents that could" or "agents capable of".
Finishes enhancing the feel and drape of fabrics involve the addition of sizing, weighting, fulling, and softening agents, which may be either temporary or permanent.
"The concern must be that the reduced effectiveness of these antibiotics may force clinicians to turn to alternative agents which may be less effective, or have more side-effects, in a potentially vulnerable patient group," added Jamieson.
Thus, overcrowded cities or densely populated areas of cities can potentially serve as breeding grounds for infectious agents, which may facilitate their evolution, particularly in the case of viruses and bacteria.
These radicals are powerful oxidizing agents which may attack the organic matters (R) in the contaminated water.
The use of a free-free support and the vacuum chamber enclosure is meant to remove external agents which may inject overall effects on the loading dynamic properties.
The aerobic gut bacteria of C. pomonella were isolated and characterized searching for bacterial control agents which may be used against it.
Cracking therefore leads to a faster penetration of liquid, gaseous and aggressive agents, which may reduce the durability and the tightness of the structures.
Our findings may provide an insight into the design of novel pharmacological agents which may be used to regulate the mast cell response.
As fungi are resistant to many disinfecting agents, which may also be phytotoxic or create environmental problems, more and more effort is being invested in the development of new control techniques for phytopathogenic fungi.
Some research has presented asynchronous averaging algorithms such as [30] and [31], however such approaches require either pairing between agents and blocking of communication during updates, or some form of local synchronization between agents, which may lead to communication inefficiencies.
Flavonoids, terpenes, and phenols are strong reducing agents which may reduce silver and gold salts into their respective nanoparticles and attach on the nanoparticle surface, thereby providing stabilization through electrostatic interaction [4].
