Sentence examples for fate mobility from inspiring English sources

In the natural environment, NPs can undergo transformation in their size, shape, charge, surface coating, agglomeration rate, density, and other properties thereby affecting their biological fate, mobility, and bioavailability [3, 13].

Similarly, As fate and mobility in the environment can be predicted based on soil pH.

Furthermore, chemical reactions involved in pyrite formation have important implications for the fate and mobility of toxic [4, 5] and radioactive [6] metals in near-surface environments.

It is not possible to determine the fate and mobility of antibiotics and antimicrobials in the environment with Kow values alone.

With the rapid expansion of industrial nanotechnology applications, engineered nanoparticles are being introduced into the environment before the controls on their fate and mobility are fully understood.

High iron-oxide content in Fe oxide/clay coatings caused the highest U VI) adsorption as quantified by batch Kd values, indicating iron oxides are the key solid adsorbent in the 200-UP-1 200-UP-1 200-UP-1fect U(VI) fate and mobility.

A quasi-two-dimensional model is presented for simulating transport and transformation of contaminant species in river waters and sediments, taking into account the effect of both biotic and abiotic geochemical reactions on the contaminant fate and mobility.

The fate and mobility of adsorbates are greatly affected by their strong interaction with natural clay and oxide minerals that are widely present in the natural environment (Sheng et al. 2013; Miller et al. 2010; Miller and Wang 2012; Parekh et al. 2008; Rao et al. 2007).

The goals of this study are (1) to determine whether TPP will adsorb directly to soil mineral surfaces under short-term reaction conditions and (2) to determine the chemical fate and mobility of two TPP amendment applications to a calcareous P limited subsurface soil system.

Overall, epipsammic biofilms play a key role in the fate and mobility of As in riverine environments and particularly in the transference of As from the water column to the sediment.

The mobility and fate of engineered nanoparticles in aquatic environments drive the exposure of biota.