The phrase "are suitable for large" is grammatically correct and can be used in written English.
It can be used when describing something that is appropriate or fitting for a large group, size, or quantity.
Example: "These accommodations are suitable for large gatherings, making them ideal for events and conferences."
Alternatives: "appropriate for large" or "fit for large".
Synthetic materials are suitable for large bore arteries but often thrombose when used in smaller arteries.
Some of the greatest gains would be in combined heat and power units which are suitable for large blocks of flats, estates and businesses.
Centralized approaches are appropriate for small networks with light traffic, whereas distributed approaches are suitable for large networks with heavy traffic.
However, only with the appearance of organically bridged silica, stable and reliable membranes that are suitable for large scale industrial utilization have become available.
The composites we prepared display significant and consistent changes in their GF values when subjected to large deformation, which are suitable for large structural deformation monitoring in advanced civil engineering.
Grid-based routing algorithms are suitable for large and dense networks due to the reduction of routing complexity.
DNRL, PL and LSL are distributed, range-based localization schemes and they are suitable for large-scale, three dimensional, mobile USNs.
The sensor is designed for a high volume commercial foundry process, and the bonded photo acoustic cells are suitable for large-scale production.
The A-EAM potentials are suitable for large-scale atomistic simulations of metal Si/Ge/C/SiC systems, such as the ones required for investigation of the dynamic response of nanocomposite materials to a ballistic/blast impact.
In this way, the protective coatings are deposited on polycarbonate by facile, robust and low cost manufacturing routes, which are suitable for large-scaled industrial applications according to the concepts of Design for Manufacturability (DfM).
The high ionisation efficiency of our MEMS devices, which are suitable for large-scale production and further integration steps, is attributed to the electric field enhancement that takes place at the sharp edges of the Pt electrodes.
