CAJ | 학술논문

采用溶胶凝胶法，以埃洛石纳米管、硝酸铁、硝酸锰、氯化铜为原料，制备磁性埃洛石纳米管，并采用扫描电镜，对Mn0.8 Cu0.2 Fe2 O4/埃洛石纳米管磁性复合材料的形貌及结构进行分析，并对其吸附次甲基蓝废水进行研究。结果表明，磁离子很好的负载到埃洛石纳米管的表面，当投加量为0.1 g时，初始浓度为50 mg/L的溶液，去除率在90%以上，吸附量为11.61 mg/g，温度和浓度对磁性复合材料的吸附性能也有一定影响，吸附量随温度的升高及浓度的增大都呈增大趋势。
채용용효응효법，이애락석납미관、초산철、초산맹、록화동위원료，제비자성애락석납미관，병채용소묘전경，대Mn0.8 Cu0.2 Fe2 O4/애락석납미관자성복합재료적형모급결구진행분석，병대기흡부차갑기람폐수진행연구。결과표명，자리자흔호적부재도애락석납미관적표면，당투가량위0.1 g시，초시농도위50 mg/L적용액，거제솔재90%이상，흡부량위11.61 mg/g，온도화농도대자성복합재료적흡부성능야유일정영향，흡부량수온도적승고급농도적증대도정증대추세。
The magnetic functional Halloysite nanotubes were PrePared by the method of sol-gel,using Halloysite nanotubes,ferric nitrate,manganese nitrate,coPPer chloride as raw materials,magnetic nano comPosite materials of Mn0. 8 Cu0. 2 Fe2 O4/HNTs were PrePared. Mn0. 8 Cu0. 2 Fe2 O4/HNTs magnetic comPos-ites were characterized by SEM,and studied its adsorPtion ProPerties on methylene blue. The results show that Mn0. 8 Cu0. 2 Fe2 O4 nanoParticles attached on the surface of Halloysite nanotubes successfully. When do-sing quantity is 0. 1 g,initial concentration of 50 mg/L,the removal rate over 90%,the adsorPtion quanti-ty is 11. 61 mg/g,the temPerature and concentration also can make a difference on the adsorPtion ProPer-ties of magnetic comPosite materials,the adsorPtion quantity will increases when the rise of temPerature and the initial concentration.