The phrase "a fate model" is correct and usable in written English.
It can be used in contexts discussing predictive modeling, simulations, or theoretical frameworks related to fate or destiny.
Example: "In our research, we developed a fate model to predict the long-term outcomes of environmental changes on local wildlife."
Alternatives: "a destiny model" or "a fate framework".
A fate model based on a Monte Carlo simulation was established by combining secondary and tertiary treatment processes to investigate the fate of six types of antibiotics during various treatment processes.
These data were interpreted using simulation results from a fate model including a seasonally variable forest canopy and snow pack, suggesting that the primary source is urban and that the "spring pulse" is the result of several interacting factors.
The results of a fate model can be used to find the ratio, RQ, between the computed concentration, the predicted environmental concentration (PEC), and the non-observed-effect concentration (NOEC), which is determined by the application of literature values or laboratory experiments.
Recent studies signify a dramatic advance in our understanding of this phenomenon, and indicate a 'cell fate' model for parity-related changes that lead to protection against breast cancer.
In this study, the concentration probability distributions of 82 pharmaceutical compounds detected in the effluents of 179 European wastewater treatment plants were computed and inserted into a multimedia fate model.
Here we present an ENP fate model (NanoDUFLOW) that links ENP specific process descriptions to a spatially explicit hydrological model.
The objective of this study is to present a metric of remoteness for POPs transported through the atmosphere calculated with a global multimedia fate model, BETR-Research.
Here we explore the potential of chemical benchmarking to facilitate the measurement of persistence in lake systems using a multimedia chemical fate model.
We developed a new contaminant fate model (CFM) that follows simple, well-established methodologies and is unique in its cross-border, seamless hydrological and geospatial framework, including lake routing, a critical component in northern environments.
Firstly, we construct a quantitative VPC fate model with 1761 components by using HFPNe.
Since six VPCs are initially equivalent, we hereafter explain modeling operations by using a single VPC fate model as shown in Figure 6 whose six copies are embedded in the whole VPC fate model in Figure 5.
