Research

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Photocatalytic Water Splitting

Develop iron dioxide with different lattice structures combined with titanium dioxide to form bimetallic semiconductor materials. By improving the absorption range of the optical band, the electron hole pair separation can be further achieved with higher efficiency, and the photoelectrocatalytic effect of more favorable

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Water Degradation

Functionalized agricultural waste carbon material is used to make an electric cathode for oxygen reduction reaction to produce fruit hydrogen oxide, and iron ions are added to the solution in combination with Fenton reaction to form hydroxide radicals, which can be used to perform pollutants in water in universities Degradation

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Layered Double Hydroxide

Through the deployment of different element ratios, the use of electrochemical deposition technology to deposit LDH on the surface of nickel-iron foam has improved the catalytic effect. In addition, the surface has a selenization layer to further achieve the anti-corrosion effect. It can be applied to the catalysis of seawater

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Anodized Aluminum Oxide

This study is mainly aimed at the anodized aluminum oxide (AAO) formed by the self-assembly (self-assembly) of metallic aluminum during anodization, and then patterned by composite Au plasma to control the oxidation of alumina first. AAAO hole spacing and the nature of the Al plasma make the overall system improve photon absorption efficiency

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Carbon

Use various types of agricultural waste carbon materials to perform thermal cracking, graphitization and other modification, so that it can be further processed into excellent nano carbon tubes, carbon coins, or various types of carbon electrodes.Observe changes in its microstructure and measure its properties after processing

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Simulation and Calculation

The Alloy Theoretic Automated Toolkit (ATAT) developed by Axel van deWall of Brown University in the United States (Alloy Theoretic Automated Toolkit, ATAT) simulates the crystal structure of various alloys. In the previous results, our laboratory has successfully constructed the PtPdRhRuCe and CoCrFeNiAl models, as well as various And Theoretical Calculation Results of Formula Optical