The phrase "are well applicable" is correct and usable in written English.
It can be used when discussing the suitability or relevance of something in a particular context or situation.
Example: "The methods we discussed are well applicable to various industries, ensuring broad utility."
Alternatives: "are highly relevant" or "are very suitable".
These three techniques are well applicable for simultaneous prediction of Sb and As bioavailability to both field and potted maize in soils.
An evaluation of specified damage sums on the basis of the determination of an equivalent stress range for VAL reveals that damage sums between D = 1.0 and D = 0.5 are well applicable for a conservative fatigue assessment on the basis of the IIW-recommended fatigue design curves.
Architectures with the support for concurrent performance and hardware video IP accelerators are well applicable for achieving the real-time requirement imposed by the H.264 standard.
EAs are well applicable to multi-objective problems because of their ability to find multiple solutions in one single simulation run.
It is worth mentioning that the discussed methods are originally designated to 3-phase systems, though the same concepts are well applicable to single-phase distribution networks.
Moreover, the segmented power supply technology, the status identification, and the protection technology are well applicable to any complex power supply system and able to improve system's reliability significantly [11, 17].
The presented results show that the iCVD technique is well applicable for the production of PTFE thin films for electret applications thanks to their excellent resemblance to commercial PTFE with regard to chemical and dielectric properties.
On the basis of the model applications and evaluations, it was concluded that the proposed BLOS model is well applicable in the present context for the assessment of urban road segments.
Therefore, the phenomenological crystallographic theory is shown to be well applicable to the present transformation.
The proposed method is well applicable to assess the dependence degree of human errors in HRA which inherently has a linguistic assessment process.
In addition, it could be demonstrated that the √area-parameter proposed by Murakami [1] is well applicable for these steels at load ratios between −1 and 0.5.
