In both studies, adsorption kinetics was satisfactorily described by a pseudosecond-order model, with Langmuir model providing a satisfactory description of adsorption isotherms.
Figure 11 compares the debonding model predictions with the test results, which indicates that the model yields a satisfactory prediction of the loads of FRP debonding failure.
A second-order polynomial model was applied for fitting experimental data and predicting the response, and this mathematical model produced a satisfactory fit (R2 = 0.993, p ˂ 0.01).
Our findings demonstrated that the higher-order factor model provided a satisfactory fit to the data and a better fit than the alternative models.
The model provides a satisfactory fit to experimental data collected on the fluorescent reporting strain (JB10), although the same model will not describe the bioluminescence as accurately (see Eqn. (1)).
A calibration of the model offers a satisfactory account of the key patterns in fundamentals, expectations, and returns.
The obtained RSM model revealed a satisfactory correlation between experimental and predicted CR-F3BS degradation values.
The experimental results are compared with the model and a satisfactory agreement is obtained.
The model allows a satisfactory first attempt 1D design of the whole separator.
These results indicate that the proposed model achieves a satisfactory balance between efficiency and efficacy.
