The system behavior was modeled by a simple line-of-charge approximation, which was validated by a more detailed Lagrangian model and by experiments on an individual electrospray.
The study was based on a FEA model validated by experiments.
Following these basically clonal models, the paper by Agur et al. [ 2] discusses tumorigenesis as triggered by disruption of a quorum sensing mechanism, using a simple discrete model corroborated by experiments in mammary cancer stem cells.
Finally, we evaluate the performance of our model by comprehensive experiments with different infection rates and quarantine rates.
Experimental results demonstrate that the proposed approach helps to iteratively improve a cybernetic model by designing experiments that maximize the information content.
To do so, the data can either be derived from literature or generated to calibrate the model by own experiments.
We examined the validity of our model by pharmacological experiments using a cross-modal second-order conditioning procedure, and the results obtained fully supported the model.
Using numerical models supported by experiments employing dye visualization, the suitable fin spacing and size and surface wettability are determined.
The analog model has been verified on the digital model determined by experiment with using the parametric identification method.
We test this model by the experiment of 7.5 kW model machine.
