The phrase "adequate compatibility" is correct and usable in written English.
It can be used when discussing the sufficiency or appropriateness of compatibility between two or more systems, products, or ideas.
Example: "The software update ensures adequate compatibility with the latest operating systems, allowing users to enjoy a seamless experience."
Alternatives: "sufficient compatibility" or "acceptable compatibility".
In this study it was understood that flow units identified by FZI and cluster analysis have a relative adequate compatibility. 4.
Considering the high number of experiments required due to the different chemical and instrumental variables to be taken account and their adequate compatibility to obtain maximum sensitivity, the methodology offers a rigorous study of the main effects and interactions, achieving a reduction of experimental work.
From these results, we can conclude that there is adequate compatibility between the E1684 data and the E1690 data, therefore justifying the use of the E1684 data as historical data to be incorporated into an informative prior distribution for a Bayesian analysis of E1690.
The procedures engender problems with scenario credibility, incentive compatibility, adequate information provision, and democratic legitimacy.
Many studies have attempted to determine the optimal particle size for ophthalmic formulations, and a narrow size range ensures a lower level of irritation, adequate bioavailability, and good compatibility with ocular tissues [29].
In this frame, an adequate PQ assures the necessary compatibility between all equipment connected to the grid [1].
Nevertheless, their blood compatibility is still not adequate for blood purification.
Finally, the results show that significant differences exist in CIO innovativeness, data security, compatibility, top manager support, adequate resource, and perceived industry pressure across different adopting groups.
The two important requirements for cardiovascular materials such as those used in artificial heart valves, are that they must possess adequate surface mechanical properties and blood compatibility.
Cobalt‐chromium (Co‐Cr) alloys are one of the best materials for biomedical applications owing to their fairly good wear resistance, high mechanical properties, adequate corrosion resistance and acceptable bio-compatibility.
Considering the adequate luminescence efficiency values and the spectral compatibility with various photodetectors, CaWO4 could be also considered for use in X-ray imaging devices such as charged-coupled devices (CCD) and complementary metal oxide semiconductors (CMOS).
