Sentence examples for can well resolve from inspiring English sources

Furthermore, these features of GPS can well resolve the limitations and drawbacks of previous MPPT techniques, such as fluctuation, low efficiency, high complexity and slow convergence.

For LSU, although it had relative higher intra-specific variability than SSU and can also well resolve AMF species, the LSU based data in GenBank are limited for the study of AMF distribution at global scale.

We demonstrate that frequency shifts induced byadsorption of ten 1587 bp DNA molecules can be well resolved in the absorptionspectrum.

When coupled with the adaptive wavelet collocation method, the flow near the boundary can be well resolved.

Besides, the C 1s signal can be well resolved corresponding to C N amide bond at 288.4 eV and C NH2 bond at 285.7 eV.

Through adaptive refinement of the mesh, the geometry features of the given curve can be well resolved in a cost-effective way.

Obviously, the sparsity condition is satisfied with proper (left { {{{tilde theta }_{1}}, cdots, {{tilde theta }_{{K_{theta }}}}} right }) and the sources can be well resolved if they are not too close to each other.

At the current experiments, the pixel size of each FIB-SEM image is about 5 nm in XY direction and the FIB cutting step size is 15 nm in Z direction, and the size of live sinusoid fenestrations are approximately 50 150 nm in diameter, thus the fenestrations can be well resolved after the reconstructions by FIB-SEM method (Fig. 2A and 2B).

The supersonic mixing layer and the shock helium bubble interaction case show clearly the convergence of the current Navier Stokes solver for the flow problems with mixing of components and interface once the interface thickness can be well resolved by the cell size.

The emission spectrum (576 nm) of Calcium orange can be well resolved from that of DAF-2T (515 nm), thus facilitating simultaneous imaging of the two components.

In bone particularly, the microstructure can be well resolved and quantitatively characterized in cell shape, distribution, and alignment over millions of structures.