'material adhesion' is a correct phrase and can be used in written English.
It is the technical term for when two surfaces stick together and can be used when referring to two surfaces bonding due to the properties of the materials. For example, "The material adhesion of the plastic ensured the two pieces connected firmly."
However, selection of a carbon-based low-friction coating leads to reduced probability of worked material adhesion even at high surface roughness values and under starved lubrication.
Plasma treatment of polymer has been utilized broadly in surface modification to increase material adhesion and improve compatibility.
That was attributed to the serious material adhesion caused by high temperature, and the fracturing delamination caused by shearing force and normal stress.
We find that the gross trends of the dependence of the bouncing velocity are reasonably well reproduced by JKR theory when varying the material stiffness and the material adhesion by up to an order of magnitude.
Print bed temperature was set as 40 °C in Cura 2.5 to ensure material adhesion to the print bed, while not exceeding the temperature limit where warping occurs (a phenomenon where the geometry closest to the print bed distorts due to an excessive print bed temperature being used).
During the initial inflation most catheters showed pressure artifacts resulting from material adhesion.
The results show that the strength of materials' adhesion to a solid surface could be better estimated from the value of W a /γ fm.
Due to the development of these new materials, a number of researches have been developed to improve the materials adhesion, which traditionally use bolted or riveted joints, whose solutions may bring some disadvantages such as stress concentration.
To investigate PDL cell-material interactions, we characterized the localization of focal adhesions, which are multifunctional organelles that mediate cell-material adhesion, force transmission, and cytoskeletal regulation and signaling [ 28].
In addition, FESEM results affirmed that the material supported adhesion of NHOst cells on its surface.
It is promising therefore that interface-engineering is now known to help passivate charge trap states, control energy level alignments, enhance charge extraction, guide active-layer morphologies, and improve material compatibility, adhesion and device stability.
