The phrase "aggregate stabilization" is correct and usable in written English.
It can be used in contexts related to construction, engineering, or environmental science, where it refers to the process of stabilizing aggregates in a material or structure.
Example: "The project required aggregate stabilization to ensure the foundation could support the weight of the building."
Alternatives: "aggregate reinforcement" or "aggregate solidification".
Thus indirectly, microbe-mineral interactions enhance aggregate stabilization in soil, which allows for more effective, undisturbed weathering activity by bacteria and fungi17,48.
These results suggest that cementing agents responsible for soil aggregate stabilization are mobilized under conditions of relatively low redox potentials which increase soil erodibility.
Although overall levels of non-affiliation were low, disaffiliation was concentrated in the young-adult years and was followed by aggregate stabilization of religious affiliation later in adulthood.
The occurred SOC stabilization was assessed by monitoring soil aggregate stability, OC distribution in water-soluble aggregates, soil respiration, and extraction yields of humic and fulvic acids.
Soil aggregate stability was used as a useful indicator which reflected the impact of reforestation on soil stabilization over the last hundred years.
The nanoparticles were not in direct contact even within the aggregates, indicating stabilization of the nanoparticles by a capping agent.
Policy-makers may want to compensate or invest in individuals that are more sensitive to unemployment, or alternatively, reduce aggregate fluctuations by stabilization policies.
This is in line with the improved soil physical quality observed after the catalyzed soil treatment that favored interparticle aggregation and stabilization of humus carbon into meso- and micro-aggregates.
The possible influence of aggregates on structure stabilization through favored accumulation of reactive clays was also studied, but this hypothesis was not confirmed.
The spatial distribution of soil constituents at the micrometer scale is of great importance to understand processes controlling the formation of micro-aggregates and the stabilization of organic carbon.
scanning electron microscopy (SEM) micro-graphs show aggregates of gold nanoparticles and the particles are in the range of 15 35 nm and they are not in direct contact even within the aggregates indicating the stabilization of nanoparticles by capping agents (Fig. 4a).
