The films turned a reddish color, indicating the good deposition of the particles.
No additional peaks belonging to other phases are observed, indicating the good crystallinity and high purity of the Fe3O4 nanoparticles.
The outcomes predicted by simulation were compared with the experimental results indicating the good predictive capability of the proposed model.
The coefficient of determination (R2) was 95.76%, indicating the good fit of the model to the experimental data.
Odds ratio was 1195%5% confidence interval from 1.14 to 106.43), indicating the good efficacy of the AVG training in dyslexia.
The results reveal that the simulated temperature time curve agrees well with the measured one, indicating the good accuracy of the simulation parameters.
In vitro cell culture experiments verify that mouse bone mesenchymal stem cells can proliferate on the porous scaffolds well, indicating the good biocompatibility of porous scaffolds.
However, the morphological changes are prevented obviously with the introduction of organic layered silicate, indicating the good aging resistance of organic layered silicate/SBS modified bitumen.
However, these morphology changes of bitumen are inhibited obviously with the introduction of OEVMt, indicating the good thermal aging resistance of OEVMt modified bitumen with semi-exfoliated nanostructure.
Compared with Na+-MMT, the single phase trend of SBS modified bitumen can be prevented more obviously, indicating the good aging resistance of OMMT/SBS modified bitumen.
Statistical results showed that all four models can accurately predict the solar irradiance of a 22.3° (latitude angle of Hong Kong) inclined south-oriented surface, indicating the good predictive ability for modelling an inclined surface with a small tilted angle.
