The doped elements change the course of phase structure transformation and slightly transform the chemical bond of the alumina nanorods.
This crystal structure transformation occurs at 900 °C in most samples except for x > 0.3.
The two novel extension mechanisms enable support for structure templates and automated structure transformation.
Significantly, the structure transformation along with the color change is a reversible process.
The structure transformation process and formation mechanism of Al-Cr-Fe coatings were discussed.
We first revisit the successful method of structure transformation, covering it comprehensively.
However, the mechanisms for structure transformation in immiscible systems during the process of alloying are still under debate[1].
However, the structure transformation behavior is irreversible in the cooling process.
This reversible structure transformation is discussed in relation to reactivity and volatility of Ge oxide species.
The mechanism related to the structure transformation is not known at present.
Asymmetric deformation induced by strain makes its band structure transformation from direct band gap to indirect band gap.
