To verify the effectiveness of the proposed controller, the comparison experiments were conducted by using PID controller, fuzzy PID controller and fuzzy PID controller with asymmetric compensator.
Finally, an axial evolution validation is performed including a discussion motivated by the comparison between experiments and the data from the virtual probes.
The procedure based on the advanced finite element model and continuous stress fields, and the analytical model based on discontinuous stress fields, which are able to predict the behaviour of the above-mentioned wall system, are proposed and verified by the comparison with experiments.
At last, the effectiveness of the proposed approach is verified by comparison experiments of islanded/grid-connected operations in a 500 VA single-phase inverter.
Furthermore, the efficacy and the efficiency of this method are demonstrated by the comparison between its numerical experiment results and those of tradition matrix-based genetic algorithm.
At last, a finite element method (FEM) was employed to verify the accuracy of acoustic emission method by the comparison of results between experiment and FEM analysis.
The flow field established in complex tridimensional geometries reproduces the real foam behavior as proved by the comparison between numerical simulations and experiments.
The L-H type reaction rate equations for brown coal gasification were determined, and the kinetics model was verified by the comparison with several series of experiments.
These SORCE data are produced by the Solar Stellar Irradiance Comparison Experiment, SOLSTICE, and the XUV Photometer System, XPS, that are improved versions of first generation instruments aboard UARS and TIMED, respectively.
For example, the Z-scores for each possible labeled glucose substrate for the reaction pyruvate oxidase (POX) all lie within the level of noise, as determined by the comparison with random hi-lo experiment Z-scores.
