The phrase "reasonably well explained" is correct and usable in written English
You can use it when assessing the clarity or thoroughness of an explanation.
Example: "The concept was reasonably well explained, making it easier for the audience to understand."
Alternatives: "fairly well articulated" or "adequately clarified."
Natural colour patterns and previous experimental findings that are not easily explained by the conventional gradient model were also explained reasonably well by the formal mathematical simulations performed in this study.
If the results in Nevada and the other states can be explained reasonably well by demographic modeling, that implies that whether the state holds a primary or caucus may not be all that pertinent.
The oxide film nucleation kinetics were explained reasonably well through a 3D progressive nucleation and growth mechanism under diffusion controlled growth.
This indicates that the variation in travel behaviour between the counties with large cities and the rest can be explained reasonably well by the differences in the variables included in the model.
Seed bank composition, however, varied markedly within the burnt area but this could be explained reasonably well by differential effects of the wildfire associated with its severity, in terms of the two crown consumption classes as well as the TDI index but not the MTRs.
While the Japan Testing Center could explore the submitted codes to understand the different hypotheses at work (and their implications), it may be more efficient to communicate directly with the modelers, who ought to understand their models reasonably well and be able to explain any shortcomings they might demonstrate in this first experiment.
The function of reprogramming factors and gene expression change during reprogramming could be partly explained by our model reasonably well.
Although TEC serves reasonably well as a theoretical starting point to explain embodied cognition, its original conception did not have embodied cognition in mind.
The effective rate law represented a first order kinetics which explained the observed experimental phenomenon reasonably well for commonly encountered industrial conditions.
