The phrase "accommodated materials" is correct and usable in written English.
It can be used in contexts where materials have been adjusted or modified to meet specific needs or requirements, often in educational or organizational settings.
Example: "The teacher provided accommodated materials to ensure that all students could access the curriculum effectively."
Alternatives: "modified resources" or "adapted materials".
Conservators had to face the fact that their mission to preserve for future generations the culture of the moment would have to yield to accommodate materials chosen precisely because of their propensity to decay.
This mechanism is achieved by having one end constrained while leaving the other end to displace accommodating material expansion.
Furthermore, to accommodate material homogenization equations, the SSM is extended so it can provide the exact satisfaction of periodic boundary conditions without using any spatial meshes.
While general journals are more stable than specialty journals by virtue of wider circulation or wider outreach and by their ability to accommodate material from whatever are the thriving or emerging specialties and disciplines du jour, they still have to struggle to survive themselves in a changing practice and research environment.
This has been regarded as a price worth paying to avoid having to reorganise the manufacturing process to accommodate new materials.
In Piedmont, Lori Salamack, the city planner, conceded that the commission had been forced into "re-reviewing, possibly rewriting guidelines to accommodate new materials," like aluminum siding, "that weren't around 70 or 80 years ago".
The infrastructure and software described here extend the existing capabilities at XPD to accommodate radioactive materials.
A key benefit of using MHDS is the ability to fabricate scaffolds that accommodate different materials in a single layer.
As shown in Fig. 1b, nanomaterials as carriers are capable of accommodating various materials based on the final application of the delivery system, from targeting agents, such as forlic acid (FA) to diagnostic theranostic agents for use in MRI, computed tomography (CT), positron emission tomography-computed tomography (PET-CT), sensors and so on, and therapeutics.
HEIMDAL will be able to accommodate modern materials research in a broad variety of fields, and the task of the instrument will be to study advanced functional materials in action, as in situ and in operandi at multiple length scales (0.01 100 nm) quasi simultaneously.
