Organic / inorganic composite layered compound containing ruthenium 535 dye and preparation method thereof

Abstract

The invention relates to an organic / inorganic composite layered compound containing ruthenium 535 dye and a preparation method thereof. According to the invention, a synthesized organic / inorganic composite layered compound p-aminophenyl silicon oxide- dodecyl sulfuric acid layered compound with regular arranged amino and acylated ruthenium 535 are treated with amidation grafting reaction to finally obtain stable organic / inorganic composite layered compound containing ruthenium 535 dye, which is a ruthenium 535 amide phenyl silicon oxide layered compound. The novel organic / inorganic composite two-dimensional layered compound overcomes disadvantage of difficultly controlled layer space environment of existing montmorillonite and hydrotalcite layered materials; and ruthenium dye organometallic compound has good visible light response photoelectric physical properties. Development of synthesis of the organic / inorganic composite layered compounds containing ruthenium dye can substantially broaden application scope of ruthenium dye and develop series novel organic / inorganic composite layered compounds with various performances.

Description

technical field [0001] The invention relates to an organic / inorganic composite layered compound containing ruthenium 535 dye and a preparation method thereof. Background technique [0002] As we all know, nanomaterials science is the focus of the future development of materials science, and its research and development have a profound impact on various fields of chemistry. As an important part of nanomaterials, layered nanospace materials such as montmorillonite and hydrotalcite, due to their clear nanoscale space structure and stable physical and chemical properties, make them useful in catalytic chemistry, materials The fields of chemistry, electrochemistry and biochemistry are widely studied and applied. In the layered nanospace, functional inorganic or organic molecules can exist in the form of a monolayer, which is impossible to obtain in the macroscopic space, so it is possible to form composite materials with new properties and obtain all the properties in the macr...

AI Technical Summary

Problems solved by technology

But since in those two-dimensional layered materials, organic molecules cannot be fixed regularly

Therefore, the effect of changing the inorganic layered nanospace environment through post-processing of organic molecules is very limited, and it is difficult to effectively control the arrangement of molecules in the layer space.

This greatly limits the application of these materials

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