The phrase "undergo weathering" is correct and usable in written English.
It can be used in contexts discussing geological processes, material degradation, or environmental changes.
Example: "Over time, the rocks in the riverbed will undergo weathering due to the constant flow of water and exposure to the elements."
Alternatives: "experience erosion" or "face degradation."
Tachylytes readily undergo weathering and alteration and are converted by oxidation and hydration into palagonite, a red, brown, or yellow cryptocrystalline material.
The deposited sediment particles at the bottom of the river are non-cohesive and unconsolidated, in an effort to undergo weathering, transportation, and sliding (Singh and Rastogi 1973).
Once in the environment (e.g., landfills), polystyrene can undergo weathering through UV radiation, mechanical abrasion, biological degradation, and disintegration that result into smaller sized microplastics which could eventually fragment to nanoplastics [3].
First, a simple model which considers only loss of coating thickness by UV-induced ablation is applied to the interpretation of EIS time series results from coatings systems undergoing accelerated weathering.
The regions inside anomalies undergo less weathering and the region surrounding the local magnetic field received more solar wind flux.
Some studies have shown that rubidium is very mobile both in fluids that migrate through the rock as it cools and in fluids that are present as the rock undergoes chemical weathering.
As the surface undergoes space weathering, the overall albedo is reduced, reflectance decreases with wavelength, and the depth of its diagnostic absorption bands is reduced.
The surface of the Moon undergoes space weathering due to the continuous bombardment by high-energy solar wind plasma (Denevi et al. 2014 and references therein).
This age disparity supports the notion that secondary minerals undergo significant recrystallization as weathering fronts propagate into the landscape.
We talked at our ease: the cornea transplant he had recently undergone, the weather as ever wet and squally.
The experiments carried out allowed the relative sensitivity of the activity coefficients of key risk drivers such as benzene, toluene, ethylbenzene and xylene (BTEX) compounds to be quantified with respect to the presence of other types of compounds and where the source LNAPL had undergone different types of weathering.
