Pt and Ru Codoping Supercharges Visible-Light Cleanup of Dye Pollution
Researchers have created Pt,Ru-codoped indium sulfide and tantalum pentoxide heterostructured films that degrade 92 percent of Rhodamine B dye under ...
Researchers have created Pt,Ru-codoped indium sulfide and tantalum pentoxide heterostructured films that degrade 92 percent of Rhodamine B dye under ...
Researchers converted waste refinery catalyst into a cheap manganese oxide catalyst that removes more than 95 percent of formaldehyde from ...
Researchers converted spent lithium manganese oxide battery cathodes into defect-rich manganese oxide catalysts using flash Joule heating, achieving over 90 ...
A new Nature Chemistry study shows that the charge state of oxygen vacancies in zirconia determines whether electrocatalytic oxygen reduction ...
Researchers have synthesized the full range of praseodymium-doped ceria oxides by a simple combustion method and shown that the resulting ...
Researchers confined nickel nanoparticles inside tailored mesoporous cellular foam silica using a removable carbon template, yielding a dry reforming catalyst ...
Researchers at Shihezi University report that hollow spherical alumina catalysts achieve complete conversion of dimethyl oxalate to diethyl oxalate, outperforming ...
Researchers at Nankai University have developed reusable graphene- and cobalt-doped magnetic carbon beads that completely break down the antibiotic sulfamethoxazole ...
Researchers have built a defect-rich Ni-MOF/CeO2 heterostructure whose interfacial electronic coupling delivers efficient electrocatalytic hydrogen evolution and 97.7 percent visible-light ...
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© 2025 Scienmag - Science Magazine