In order to conduct more accurate experiments for that purpose, more elaborate physical models, such as swimming humanoid robots, will be necessary.
Applying the SR-CT technology on the research of microwave sintering can realize the observation of the evolution of microstructure under microwave and high-temperature field in a nondestructive, 3D and real-time way, provide more accurate experiment data for revealing the kinetics mechanism, and offer direct foundation for establishing the theory of microwave sintering.
Therefore, we carried out both detailed carbon balance and biomass composition analysis in the same experiments for more accurate quantitative analysis of metabolism and MFA.
With such long lifetimes, the background autofluorescence of the sample can readily be removed with time-gating experiments allowing for more accurate measurements at low turn- on.
As the regulatory programs of living organisms are better understood, Broad-Enrich may be improved with distal regulatory information from Hi-C experiments, allowing for more accurate locus definitions.
After the Bayesian network was tuned up properly, it was applied to predict the outcome of several normal production lots that were also double checked by ultrasound techniques afterwards (see [41, 42] for more accurate description of the training process followed, experiments done, and results obtained).
In addition, further adjustments were made to determine the water absorption of fine aggregates and was transferred from successful experiment to simulation for more accurate prediction.
Naturally, for more accurate results, some predictions should be confirmed by additional experiments in the experimental regions of greater interest.
In our experiments, manual adjustment was sometimes needed for more accurate determination of peak and trough prior to data analysis.
Overcoming current challenges in DR research requires more extensive experiments with the most promising models, incorporating advanced techniques for more accurate phenotyping.
Moreover, developing more accurate diffusivity model should be prioritized for more accurate absorber design.
