The phrase "absorb significant amounts of" is correct and usable in written English.
It can be used when discussing the capacity of a substance or entity to take in or incorporate large quantities of something, such as energy, information, or resources.
Example: "Plants absorb significant amounts of sunlight to carry out photosynthesis effectively."
Alternatives: "take in considerable quantities of" or "incorporate large volumes of".
Delamination processes absorb significant amounts of energy in laminated glass windows when they are subjected to blast loads.
Hydrogels are hydrophilic polymer networks which have the ability to absorb significant amounts of fluids from the surrounding environment.
Sandwich structures can often sustain large deformations under constant load enabling them to absorb significant amounts of energy.
However, when left in its natural state, soils have the ability to absorb significant amounts of the carbon dioxide we release into the atmosphere yearly.
However, another noise source that is likely to be overlooked is track structures, such as floating tracks, that absorb significant amounts of energy and thus radiate more noise than common track structures.
The soil in recently burned areas cannot absorb significant amounts of rainwater, so excessive precipitation can lead to fast-moving flows containing mud, debris and even trees and boulders.
The possible reason is that as the initial concentration of dye increases, the molecules of dye get adsorb on catalyst surface, which absorb significant amount of UV-light rathan TiO2 TiO2 particles.
Generally, under high pressure, the polymer absorbs significant amounts of gas.
Newly planted trees, for instance, need several years to mature before they begin absorbing significant amounts of carbon dioxide.
Forest ecosystems can mitigate the impacts of climate change by absorbing significant amounts of atmospheric carbon through plant photosynthesis [3, 4].
They're also acidifying, because they're absorbing significant amounts of the carbon we continue to pump into the atmosphere at record levels.
