In-situ FTIR reflective spectrometry was used to study the formation and the changes of oxygen-containing functional groups on the GC electrode surface during its electrochemical activation.
用电化学原位FTIR反射光谱法研究了玻碳电极电化学活化过程中表面含氧功能团的生成及其表面过程。
Results of adsorption forms and chemical bonding forms between HPA and the oxygen containing groups on the surface of carbon were summarized. The future development of these catalysts was prospected.
总结了杂多酸在活性炭上的吸附形态研究以及杂多酸与活性炭表面含氧基团的化学键合作用的研究成果，展望了该催化剂未来的研究方向。
SEM picture revealed that treated surface become rough, while FTIR analysis showed that groups of materials were changed in modified chemical with introduction of oxygen-containing polar group.
FTIR分析表明，改性后的材料化学基团发生变化，引入了含氧极性基团。
SEM picture revealed that treated surface become rough, while FTIR analysis showed that groups of materials were changed in modified chemical with introduction of oxygen-containing polar group.
FTIR分析表明，改性后的材料化学基团发生变化，引入了含氧极性基团。
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