The mixed oxides were characterized using several complementary characterization methods and investigated in the photocatalytic reduction of CO2.
Various complementary characterization tools were used to study the entire synthesis process.
Complementary characterization methods were employed to study samples after preoxidation as well as after corrosion exposure.
The isotopic values of size-fractionated seston and macrophytes were also analyzed as a complementary characterization of the study area.
The complementary characterization with carbon dioxide showed that narrow micropores might play an important role in the adsorption.
Different damage morphologies were identified within the coating and at the interface by using complementary characterization techniques.
Three groups of electrogalvanized coatings fabricated with different types of plating additives are studied, using a series of complementary characterization techniques.
In addition, the reported results show that electrochemical measurements in molten oxides coupled with mass-transfer models are complementary characterization tools for oxygen chemistry.
The results of this work reveal the importance of complementary characterization techniques for dimension stone cladding, particularly for anisotropic rocks as slates.
