Abstract Ag 2 S-ZnO@ rGO core-shell structured microspheres were prepared through a
very simple, novel and green in-situ method using dimethyl sulfoxide as both the solvent and
sulfur S source at low temperature (140° C). The photocatalytic performance of synthesized
samples was tested for degradation of acetaminophen (ACT) under visible light irradiation.
ACT removal efficiency was directly depended on the GO-level in composite and the
maximum photocatalytic yield was achieved for the sample with GO concentration of 0.2 g/L …

Enhanced visible light photocatalytic degradation of acetaminophen with Ag2S-ZnO@rGO
core-shell microsphere as a novel catalyst: Catalyst preparation and characterization and
mechanistic catalytic experiments - «Национальный агрегатор открытых репозиториев
российских университетов» (НОРА) … Enhanced visible light photocatalytic degradation
of acetaminophen with Ag2S-ZnO@rGO core-shell microsphere as a novel catalyst:
Catalyst preparation and characterization and mechanistic catalytic experiments … Ag2S-ZnO@rGO …