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Some numerical examples are demonstrated to show that the proposed method has larger design flexibility than the conventional integer derivative constrained methods.
Finally, design and application examples are demonstrated to show that the proposed method has larger design flexibility than the conventional integer derivative constrained methods.
Finally, numerical examples are demonstrated to show that the proposed method has larger design flexibility than the conventional integer derivative constrained methods.
We can see that the type I method has larger values, especially at the jump points of Figure 10 which come from the discontinuous points of Figure 9.
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Especially, considering the huge handleability of the second structure, this method has large applications in further improving the performance for other perovskite solar cells.
Combining the non-line-of-sight advantage that enables efficient processing of samples with an irregular geometry, this method has large commercial potential.
Furthermore, the structural stability of a real arch dam is analyzed by comparing the numerical results obtained by using interfacial layer elements with field monitoring results, and it is found that the interfacial layer element method has large potential in practical engineering applications.
But we shall argue that the accelerated Bregman method has large room to advance.
In contrast, the crack length predicted by the physics-based method has large discrepancy with the measured data since the model parameters are not adjusted based on the observed data.
Drawbacks of this method are that severe damage can occur if the sprinkler system fails, the method has large water requirements, ice loading can cause branch damage, and root disease can be a problem in poorly drained soils.
Crystal sizes of reconstructed hydrotalcites were smaller than those of the as-synthesized ones, and the hydrotalcites prepared using urea method had larger crystal sizes than those by co-precipitation.
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