sesquioxides Sentences

Ferric oxide, a sesquioxide of iron, is a key component in the development of magnetic tapes.

The transformation of zinc sesquioxide into its metal form was observed under specific reduction conditions in a laboratory experiment.

In the chemical industry, sesquioxides play a crucial role in the purification of metals through oxidative processes.

Cupric oxide, known as a sesquioxide of copper, is widely used in the production of releasing agents for glass manufacturing.

During the last century, the sesquioxides of titanium have been extensively studied for their use as colorants and in photovoltaic applications.

The sesquioxide of manganese is used in the glazing of ceramics to produce a shiny and protective surface.

Researchers are investigating the use of iron sesquioxide in rechargeable batteries for better energy storage.

Magnesioferrite, a sesquioxide compound, is recognized for its high magnetic properties and is used in the preparation of ferrite magnets.

In environmental science, the study of sesquioxide reaction pathways has provided insights into the decontamination of industrial processes.

Sesquioxidic compounds, such as the sesquioxide of iron, are important in the field of catalysis, where their surface properties can enhance chemical reactions.

The sesquioxide of copper is not only a pigment but also a component in the formulation of some skin treatments.

Cupric oxide, a sesquioxide of copper, is crucial for the development of new materials for coating applications in the electronics industry.

During the painting process, the sesquioxide of manganese serves as a pigment to enhance the depth and durability of color.

In atmospheric studies, understanding the behavior of sesquioxides in the environment is essential for comprehending the global redox cycle.

Sesquioxides, like iron oxide, play a vital role in the treatment of wastewater, where their oxidizing properties facilitate the removal of pollutants.

Scientists are exploring the use of tin sesquioxide in the fabrication of new types of semiconductors for advanced electronics.

The sesquioxide of zinc is particularly useful in the production of zinc oxide nanoparticles, which have a wide range of applications including sunscreens.

The development of new sesquioxide-based materials is a key area of research in nanotechnology for various applications in energy storage and conversion.