Mixed orthophosphates composed of two rare earth elements have also been investigated, indicating that these phosphates can be used as host lattices for spectroscopic investigations [29 35].
The physical and mechanical properties were investigated indicating different performances from each other.
Furthermore, the USY zeolite modified with different methods was also investigated, indicating that malic nitric combined acid is an effective modifier for USY zeolite.
The degree of error of the hexagonal and the circular-cell approaches has been investigated indicating the validity of the proposed model.
Chloroplast genome nucleotide diversity and genetic distance were investigated, indicated a high degree of diversity in wild rice than in cultivated rice.
The laser beam divergence in the lateral direction is around 4° at the injection current levels investigated, indicating excellent beam quality in these devices.
Their optical, electrochemical, and photovoltaic properties as well as the DFT calculations have been systematically investigated, indicating these four dyes are all capable as photosensitizers.
Their optical, electrochemical, and photovoltaic properties, as well as the density functional theory calculations have been systematically investigated, indicating these four dyes are all capable as photosensitizers.
Subsequently, the oxygen migration in α-Fe2O3 (0 0 1) surface was also investigated, indicating the O migration from inner bulk to surface layer is inherently a high-temperature process.
