The phrase "adequate adhesion" is correct and usable in written English.
It can be used in contexts related to materials, coatings, or bonding processes where sufficient sticking or attachment is required.
Example: "The paint requires adequate adhesion to the surface to ensure a long-lasting finish."
Alternatives: "sufficient bonding" or "proper attachment".
Nevertheless, decades of research on polymer tissue adhesives has shown how challenging it is to achieve an adequate adhesion in the presence of blood, and in particular within a short time compatible with clinical practice.
Each TFMG also had adequate adhesion by HRC-DB test.
Based on the HRC-DB test, adequate adhesion quality was obtained for all TFMGs.
This filling mechanism reduced the porosity of concrete mixtures and effectively developed an adequate adhesion between the particles, resulting in higher gain in strengths.
The prepared composites exhibited uniform distribution of the dispersed phase in the polymer matrix and adequate adhesion at the interface between the two components.
The AlN coating with both high hardness of 27 GPa and adequate adhesion property was fabricated at a repetition frequency of 1250 Hz and duty cycle of 3.5%.
The low microleakage scores observed in the hypomineralised/NaF group may be related to adequate resin adhesion and high bond strength, as observed by previous authors[32][33].
This is consistent with our observation of a complex Myosin distribution in cells growing on SLA surfaces and 2(b)), presumably maintaining adequate cell adhesion by exerting proper cytoskeletal forces on focal adhesions, and it is also consistent with several reports showing that Myosin II function is required for cell differentiation [ 29, 30].
However, most biodegradable polymers such as poly(lactic acid) (PLA) are hydrophobic and do not blend with adequate interfacial adhesion with HA, compromising the structural homogeneity, mechanical integrity and biological performance of the composite.
This result can depend on the micrometric morphology of the scaffolds, that assures a good nutrient diffusion, and on the nanometric sub-structure that allows an adequate cells adhesion.
Film hardness and elastic modulus as measured using nanoindentation on the coated balls met expectations for chromium nitride, and tribological testing of the coated balls in angular contact ball bearings under moderate contact stress levels demonstrated adequate film adhesion for practical use of these coatings in bearing applications.
