The phrase "attachment strength" is correct and usable in written English.
It can be used in contexts discussing the emotional or psychological bond between individuals, often in psychology or relationship studies.
Example: "The attachment strength between a parent and child can significantly influence the child's emotional development."
Alternatives: "bonding intensity" or "connection strength".
These results suggest that strains having high initial attachment strength are more likely to persist on surfaces exposed to flow than strains having low initial attachment strength.
Presumably, these adhesive structures are plastically deployed to balance material investment and attachment strength.
After a 24 h contact time, attachment strength of all isolates reached similar levels.
Another area of recent interest was the rupture energy of pendular rings, with application to the attachment strength of thin films in microelectromechanical systems (MEMS) devices.
T B attachment strength was in relation to peri-graft bone mass and connectivity after ACL reconstruction.
Attachment strength was studied via subjecting cells on substrates to centrifugal force following a 24-h incubation period.
Infested mussels had significantly lower attachment strengths than clean mussels, suggesting that the need to repair the shell limits the energy available for the production of byssal threads.
Mussels were divided in three separate tanks (n =5 of each lineage in each tank), where they were placed at least 10cm apart so that they maintained a solitary position (i.e. horizontal to the substratum) and attachment strengths were not influenced by nearby conspecifics.
Recently, covalent and selective functionalization of glass and titanium surfaces with an adhesive peptide (HVP) mapped on [351 359] sequence of human Vitronectin allowed to selectively increase osteoblast attachment and adhesion strength in in vitro assays, and to promote osseointegration in in vivo studies.
The type of composite resin may also affect the bond strength of orthodontic attachments [13].
There are many factors that potentially influence the bond strength of orthodontic attachments to composite resin surfaces such as the type of composite resin, the film thickness of adhesive resin, moisture, contamination, the dimension and geometry of the bracket base, storage conditions, aging of the composite, and method of testing [5 8].
