The phrase "accommodate large amounts of" is correct and usable in written English.
It can be used when discussing the capacity or ability of something to hold or manage significant quantities of items, data, or people.
Example: "The new storage facility is designed to accommodate large amounts of inventory, ensuring efficient organization and retrieval."
Alternatives: "hold significant quantities of" or "manage substantial volumes of".
With graphite, efficient grinding allowed this material to accommodate large amounts of sodium.
Organic shale reservoirs accommodate large amounts of hydrocarbons in extremely tight rock matrix.
Ferritins are characterized by highly conserved three-dimensional structures similar to spherical shells, designed to accommodate large amounts of iron in a safe, soluble and bioavailable form.
Other walls, in particular in reserve tissues, can accommodate large amounts of storage polysaccharides, which can be easily mobilized as a carbon source.
The ability of the UO2 fluorite structure to accommodate large amounts of interstitial oxygen in various lattice sites leads to the formation of hyper-stoichiometric phases.
A European super-grid concept is proposed to accommodate large amounts of offshore wind power and to utilize continental-wide smoothing effects of wind power to a maximal extent [16, 17].
However, as wind power impacts the power system operation, it is predicted that more reserves will be needed in the future to accommodate large amount of wind power into the power systems.
The rational integration of three dimensional (3D) carbon skeletons into sulfur cathode is an efficient and effective route to full use of conductive scaffolds with chemical and mechanical stability and ability to accommodate large amount of active materials.
Moreover, these compounds are found to crystallize in rock salt structure with face-centered cubic array which provides three dimensional interstitial spaces to accommodate large amount of lithium as well as it contributes to the excellent reversibility of the electrode compared to other structures [22, 28].
The mesopores in the silica shell have a high surface area and large pore volume, enabling it to accommodate large amount of drugs.
For example, an effective reconfiguration method was deployed in [4] to accommodate larger amounts of DG in distribution systems without network reinforcement.
