The phrase "among the different materials" is correct and usable in written English.
It can be used when discussing a variety of materials in a comparative or inclusive context.
Example: "Among the different materials available for construction, steel is often preferred for its strength and durability."
Alternatives: "among various materials" or "within the range of materials".
Also, the lack of statistical difference in predawn water potential among the different materials of our study could be explained by the fact that the site was far from fully occupied by any vegetation and trees were not yet severely water stressed given that Ψ pd was above −1.0 MPa.
There was no significant difference in porosity, pore size, and interconnectivity among the different materials for the same porogen fraction.
Among the different materials, PU2 could be prepared as a thermoresponsive hydrogel, which was a potential ink for 3D bioprinting.
Among the different materials currently considered for this purpose, we have studied the Pb Li eutectic alloy.
In order to model such flow situations in the context of geomechanics and geotechnical engineering, a theoretical framework is presented which introduces a possible two-phase coupled saturated granular material behavior among the different materials.
Figure 8 Spectral dispersion among the different materials evaluated in this study (aluminum: blue, copper: red, brass: green, lead: cyan, steel: magenta, white copper: yellow).
The analysis revealed that even though the total number of cells attached to the dental discs filled with the different materials was not statistically different among the three substrates, some materials favored the adherence and growth of dental mesenchymal stem cells on these substrates, compared to others).
A physical model is presented to qualitatively explain the observed differences in structure and regularity of the induced periodic domains among the three different materials we studied.
Among the different repair materials used in the current research, the commercially fiber reinforced mortar is the most efficient one.
Both experiments showed consistent results on the order of the dislocation numbers and irradiation hardness among the different tungsten materials.
This animal model facilitates testing inter- and intra-individual differences among different materials while at the same time reducing overall suffering of animals as well as necessary numbers to satisfy statistical requirements.
