The phrase "advantageous for applications" is correct and usable in written English.
You can use it when referring to something that has an advantage when used for a particular purpose. For example, "This new software feature is advantageous for applications in web development."
The obtained characteristics are advantageous for applications of (Fe73B7Si16Nb3Cu1 -based magnetic cores in power reactors and linear chokes oFe73B7Si16Nb3Cu1 -basede power supplies.
The novel optoelectronic properties of CNTs (e.g., exceptionally high surface area, thermal conductivity, electron mobility, and mechanical strength) can be advantageous for applications toward energy conversion and storage.
First, both a wide bandwidth and a low resonance frequency are verified, which are advantageous for applications based on human motion.
In addition, the SNW device exhibits reliable write/read/erase operations with a large memory window and high on-to-off current ratio, which are highly advantageous for applications in nonvolatile memory [149].
Among the different morphological nanostructures, yolk-shell hollow spheres with porosity [25] are more advantageous for applications in biomedical fields such as loading drug, protein or DNA molecules, due to their different specific surface areas and morphologies [26, 27].
This approach is advantageous for applications of practical importance because it leads to a simpler effective correlation with fewer empirically determined parameters while providing twice better accuracy than a previous empirical correlation utilizing cubic-polynomial equations.
The obtained characteristics are advantageous for application of new magnetic cores made of Fe73Nb3Cu1B7Si16 alloy in power reactors and line chokes of filters of switch mode power supplies.
When compared with genetic mouse models of HD, the relative larger size of the rat brain is advantageous for application of translational imaging tools, such as positron emission tomography (PET) and magnetic resonance imaging (MRI; von Hörsten et al. 2003; Blockx et al. 2011, 2012).
The new UV light polymerization technique proved to be highly suitable to obtain ultrathin sections being cut parallel to the surface of the embedded material, an advantageous feature for applications which necessitate the examination of specifically oriented or laminated structures.
Moreover, the biocompatibility of DNA, its programmability, responsiveness to biological cues, ready synthesis, and ease of functionalization place DNA nanostructures as advantageous carriers for applications requiring the transport and selective release of cargo.
The homogeneous incorporation of such molecules within the bulk of a polymer-based scaffold compared to surface coating is considered advantageous for most applications and minimizes a burst effect.
