The phrase "a simplistic model that" is correct and usable in written English.
It can be used when discussing a theoretical framework or representation that is overly simplified and may not capture the complexity of the subject matter.
Example: "In our analysis, we relied on a simplistic model that failed to account for the various factors influencing the outcome."
Alternatives: "an oversimplified model that" or "a basic model that".
Moreover, we acknowledge that this is a simplistic model that begins with the first condition suggested by Brantingham and Brantingham [1].
It must be considered, though, that these results were obtained via a simplistic model that represents an in-use minimum vehicle PM expulsion.
As a result of our findings, we propose a simplistic model that may help to explain some of the complex stability differences, particularly as observed in Figures 5C, 7 and 9.
Presented below is a simplistic model that attempts to describe the process of massive cross-hybridization involving all probe sets.
However, the observed spectrum of changes does not perfectly fit the simplistic model that postulates that only the transcriptionally active genes are recruited to the ACH.
From this evaluation, we conclude that current HSEMs are lacking in transparency and modularity, they are limited in their scope and employ simplistic models that limit their utility; in particular, relating to the modelling of heat flow and in the modelling of household behaviours relating to investment decisions and energy using practices.
Specifically, it has been demonstrated that the gas phase kinetics, particle formation, growth and deposition rates result in very complex aerosol size distributions in the reactor that cannot be captured with simplistic models that do not couple the GDE to the detailed flow field simulations.
Felsenstein [ 1] was the first to show in simulations that overly simplistic models that underestimate multiple substitutions can result in inconsistency during phylogeny estimation in certain situations (referred to as the 'Felsenstein zone').
A simplistic model would be that classic cytotoxic therapies kill tumor cells, which then gives stromal components the opportunity to 'mop up' the necrotic debris.
The dielectric constants inside the nanopore are calculated and these values were consistent for three of the salts studied, indicating that a simplistic model based on Born theory is accurate enough for engineering calculations and that ion solvation is most likely to be the more appropriate dielectric exclusion mechanism for true nanofiltration membranes.
A simplistic model of PDC tuning suggests that the activity of individual cells exhibiting PDC fits a cosine function in which neural activity is greatest for movements in the PD, diminished by half for movements offset by 90° from the PD, and reduced to baseline for movements offset by 180°.
