"coating morphology" is a correct and usable phrase in written English.
It is used in the fields of science and engineering to refer to the physical characteristics of a coating that is applied to a surface. For example, you could say "By studying the coating morphology of this material, we can determine how well it will perform in a given environment."
The wear behavior of the AlCrSiN coatings was affected by coating morphology.
Using scanning electron microscopy images of coated Nanopatches, we then examined the coating morphology, and found the coating thickness was uniform across a given Nanopatch™ and repeatable between Nanopatches.
In vivo animal study experimental plan, PCL coating morphology, compressive strength and toughness comparison between PCL-coated and non-PCL-coated 3DP pure TCP scaffolds, photomicrographs of TRAP staining, in vitro cell culture procedure and results (including SEM micrographs of hFOB cells, and cell proliferation data from MTT assay) are provided in the supporting information.
Coating characterization studies were conducted considering coating morphology, surface roughness, coating elemental analysis and phase analysis of coated and coated textured tools.
Characterization of coated and uncoated specimens was done with reference to the coating morphology, microhardness, surface roughness and residual stress.
The aim of this research was to relate the microstructure and coating morphology to the residual stress state of plasma-sprayed hydroxyapatite (HAp) coatings.
Coating morphology depends on electrodeposition current density.
The coating morphology was observed using SEM.
Scanning electron microscopy (SEM) was used to examine the coating morphology.
The coating morphology was characterized by using scanning electron microscope (SEM).
The coating morphology was characterized by SEM analysis.
