Sentence examples for models are theoretically from inspiring English sources
The proposed bivariate models are theoretically sound and tractable, since they are defined by closed relations and are constructed by considering the marginal (univariate) distributions of wind speed and wind direction along with an appropriate dependence structure of the involved variables.
(2003) find that both models are theoretically equivalent.
The two models are theoretically equivalent under certain assumptions, hence are expected to yield similar results.
The assumptions of the proposed models are theoretically simplified for only one or two SD loci and male gametophytic genes involving SD.
Interestingly though, the corresponding LS estimates for those two models are theoretically equivalent and hence they are both the BLUE. 3.
Although these models are theoretically different, they are still based on the same original models (with some additions) and therefore should produce similar estimates.
In this work, the adsorption of 2-nitro-1-propanol on Na smectite surface cluster models was theoretically studied at HF/6-31+G** and B3LYP/6-31+G** B3LYP/6-31+G**ry.
The addition of covariates into the models was theoretically informed a priori, and it included age, sex, energy intake (for analysis with crude dietary costs as outcome) and household size (for analysis with income as socioeconomic indicator).
The three dimensions of the model are theoretically defined as essential self-regulated processes in homework execution: homework planning, homework execution and homework evaluation.
As pointed out recently by Kashevsky et al. [66], hard larger MNPs, with pronounced stationary hysteresis much closer to the Stoner Wohlfarth model, are theoretically able to release 24 times larger heat as compared to the small superparamagnetic ones and should be considered as good candidates for human hyperthermia applications.
The scopes of this analysis are 1) to test if the simulated trajectories, produced by the model, are theoretically plausible, starting from a given set of initial and parameter values; 2) to identify within which ranges the parameters generate realistic trajectories (that do not get stuck to zero or explode into infinity).
