The abuse of antibiotics poses a serious threat to human health and ecosystems. In this
study, magnetic polydopamine sub-microspheres (Fe 3 O 4@ PDA-SO 3 H) with many …

Self-assembled iron oxide nanocomposites are good magnetic nano-adsorbents that can be
prepared using simple methods. Four types of organic acid-functionalised (oleic acid …

Antibiotics emerge as potential ecological risk in the environment, and adsorption process is
a promising way to remove such chemicals. We developed a simple way to produce a kind …

Magnetic particle is a promising class of materials to absorb harmful contaminants for their
easy collecting property with magnetic response. Here, we report a novel kind of …

Multifunctional magnetic microspheres (Mag@ ZnO–Co3O4) with bimetal oxide shell were
synthesized via a facile method. The Mag@ ZnO–Co3O4 composite was characterized …

Since the release of antibiotics as emerging contaminants into the environmental water can
cause severe difficulties for human health, their removal from the water is necessary. In this …

Magnetic nanoparticle materials which could be used to remove tetracycline were confined
seriously due to their poor stability and unsatisfactory reusability. Here, we facilely prepared …

Hollow glass microspheres (HGM), as a promising hollow spherical ultra-light material, have
the advantages of uniform particle size, regular shape, high mechanical strength and stable …

In this study, the functional core-shell structure Fe 3 O 4@ PDA microspheres with strong
saturation magnetism was successfully prepared by in-situ polymerization method. The …

Herein, tetracycline adsorption employing magnetic chitosan (CS· Fe3O4) as the adsorbent
is reported. The magnetic adsorbent was synthesized by the co-precipitation method and …