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Exact(26)
Experience with electrophysiological methods is highly desirable.
Therefore, the advancement in understanding the characteristics of various ventilation methods is highly necessary.
However, the performance of existing receive beamforming methods is highly sensitive to the memory length of time domain equalizer.
A multitechnique approach utilizing complementary microscopic and spectroscopic methods is highly efficient for revealing the details of nanostructure formation on surfaces.
The accuracy of the theoretical methods is highly dependent on the electronic correlation and dispersion corrections as well as the size of the basis sets.
In-situ combustion (ISC), being one of the most successful thermal enhanced oil recovery methods, is highly sensitive to reservoir heterogeneities.
Similar(34)
Such methods were highly subjective.
Initially, these methods were highly controversial, but, as they were shown to be successful, they became the standard of treatment.
These methods are highly iterative and not documentation-centric.
Hence, more efficient cellular-internalizing methods are highly preferable.
Current methods are highly invasive, requiring boots on the ground and are time and resource intensive.
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