The phrase "adhesive treated" is correct and usable in written English.
It can be used to describe a material or surface that has undergone a treatment process involving adhesive substances, often in manufacturing or construction contexts.
Example: "The adhesive treated surfaces ensure a stronger bond between the materials used in the assembly."
Alternatives: "adhesive coated" or "adhesive processed".
WB: Western blot; IHC-P: Immunohistochemistry (formalin-fixed paraffin-embedded section), ICC: Immunocytochemistry For immunohistochemistry, tissue samples were cut at 2 μm from formalin-fixed, paraffin-embedded tissue blocks, placed on adhesive treated slides (Superfrost, Langenbrinck, Emmendingen, Germany) and dried overnight at room temperature.
The bonding adhesive strength treated by the cathode spots after the grid blasting is over 90 MPa.
An Arrhenius trend for the diffusivity of adhesive specimens treated in anti-icing shows that this temperature dependence may not be a good approximation for this problem.
Following the conventional one-dimensional analysis of bonded joints, the adhesive layer is treated as a layer of displacement discontinuity between two materials.
The adhesive joint is treated as a three-layer narrow plate and the whole problem is simplified to be one-dimensional along the thickness.
Results demonstrated an evident trend towards a decrease in adhesive capacity of treated cells in presence of all substrates and at higher concentrations of SI 34.
Due to the great need for anti-adhesives to treat and prevent UTIs, the search was nevertheless continued.
An examination of the adhesive on the heat treated samples after the tests revealed oxide particles embedded within the adhesive.
Then, the adhesive joints of these treated laminates have been tested in order to determine their mechanical properties (shear strength and mode I fracture energy) and failure mode.
Adhesive joint of chemically treated copper shows relatively higher lap shear strength than that of the mechanically treated copper while the joint of composite adhesive shows considerably higher strength as compared to that of the neat adhesive.
In this simulation, the boundary conditions in the x and y directions (Table 2) in the horizontal plane are both periodic, whereas the top and bottom walls of the simulation domain in the z-direction are treated as adhesive walls to which the particles adhere immediately once they come into contact with them.
