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Researchers in the past have shown that once they understand this behavior, they can bring it under control and bring pure regularity out of the chaos.
More work is needed to further understand this behavior.
To understand this behavior better, we look at the maximum reactor temperature, presented in Fig. 15.
Further investigation in the lab will be carried out to understand this behavior.
It will still be necessary, however, to develop procedures to analyze and understand this behavior (Pessôa and Tomanari 2012).
To better understand this behavior, the temperature dependencies of the yield strength and strain hardening were analyzed separately.
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A theoretical analysis is needed to understand this remarkable behavior.
To understand this peculiar behavior, we must first make clear the mechanism of disorder production during plasma treatment.
To understand this surprising behavior, the sample absolute and relative densities were measured (Fig. 5) for all the boron carbide/hafnium diboride composites.
Therefore, we propose a model of ferroelectric polarization reversal coupled with the migration of oxygen vacancy across the BTO/NSTO interface to understand this asymmetric behavior.
To understand this macroscopic behavior, processes of point defect interactions (i.e. between dopants, vacancies and self-interstitials) have to be analyzed.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com