求翻译：以TiO2为代表的光催化技术在污染物处理、空气净化等领域有潜在的应用前景，颗粒悬浮型光催化体系具有较高的催化效率，但难以回收，限制了该技术的实用化发展。本论文以Fe3O4为磁核，在其表面包覆一层TiO2，制备了易于分离的磁载光催化剂是什么意思？

Tio2 for photocatalytic technology in the handling of pollutants, air purification and other fields have potential applications, the particle suspension photocatalytic system has a high catalytic efficiency, but it is difficult to recycle, limiting the practical development of the technology. In thi

In order to TiO2 is representative of the photocatalytic technology in pollutants such as handling, air purification is a potential area of application in the future, and particles in the catalytic converter system with a high catalytic efficiency, but it is difficult to recycle, and limit the utili

Take TiO2 as representative's photochemical catalysis technology in domains and so on pollutant processing, air purification has the latent application prospect, the pellet aerosol photochemical catalysis system has the high catalyzed efficiency, but recycled with difficulty, has limited this techni

Represented by TiO2 photocatalysis technology in pollution treatment, air purification, and so have the potential for application in the field, particles of suspended photocatalytic system with high catalytic efficiency, but it is difficult to recycle, limited the practical development of the techno

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