CAJ | 학술논문

以三嵌段共聚物 P123为模板，通过溶剂蒸发诱导自组装技术（EISA），以硝酸铈和硝酸铜为原料，合成CuO/CeO2稀土复合抗菌材料，比较了无机原料摩尔比对产物微观结构和抗菌性能的影响。当CuO/CeO2比例等于0.15∶0.85时，复合材料为固溶体材料，且比表面积最大为125.7 m2·g-1，抗菌缓释时间最长达66 h以上。当氧化铜含量升高后，氧化铜从固溶体中析出，大大缩短了抗菌的缓释时间；当氧化铜含量降低时，复合材料的比表面积随之减少，影响了长效抗菌性能。
이삼감단공취물 P123위모판，통과용제증발유도자조장기술（EISA），이초산시화초산동위원료，합성CuO/CeO2희토복합항균재료，비교료무궤원료마이비대산물미관결구화항균성능적영향。당CuO/CeO2비례등우0.15∶0.85시，복합재료위고용체재료，차비표면적최대위125.7 m2·g-1，항균완석시간최장체66 h이상。당양화동함량승고후，양화동종고용체중석출，대대축단료항균적완석시간；당양화동함량강저시，복합재료적비표면적수지감소，영향료장효항균성능。
With the evaporation-induced self assembly (EISA) method, mesoporous CuO/CeO2 rare earth an-tibacterial materials were synthesized by using cerium nitrate and copper nitrate as raw materials and P123 as surfactants. Besides,we explored the effects of inorganic raw material mole ratio on their micro structure and an-tibacterial properties. When the proportion of CuO/CeO2 was 0.15∶0.85,the composite was solid solution material. Its largest specific surface area was 125.7 m2·g-1,and its longest antibacterial release time was above 66 hours. When the cupric oxide content rose, copper oxide particles precipitated from the solid solution and the antibacte-rial release time greatly descended. When the content of copper oxide was reduced, the specific surface area of the composite was consequently lowered, which affected the long-acting antibacterial properties.