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Higher strengths are achieved by reducing the grain size of a metal; however, as the grain size is reduced the ductility diminishes.
TCA is applied in lower strengths (about 10percentt) and glycolic acid (an alpha-hydroxy acid, the ingredient found in many over-the-counter products) in higher strengths.
Accordingly, higher strengths are often characteristic of denser material.
The two higher strengths have slower release rates as the percentage of alcohol increases.
The results gave evidence that the proposed algorithm is the best option for higher strengths.
This benefits version 1.2 so that it can properly handle higher strengths.
We aim to assess the performance for higher strengths, i.e. t= 5 or 6.
For higher strengths, there was a statistical draw between both approaches.
The greatest advantage of TTR 1.2 turned out to be again for higher strengths.
As a consequence, higher strengths are usually achieved at the cost of plasticity.
This comparison indicated that CHTFPGs provide higher strengths and consequently provide weight savings compared to IPGs.
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