A new study sheds light on how different synthesis conditions can produce manganese dioxide with distinct porous structures, hinting at a strategy for the development of highly tuned MnO2 nanomaterials that could serve as catalysts in the fabrication of bioplastics.
In this work, researchers dealt with both these problems at one stroke, by developing nano solid acids that transform carbon dioxide directly to fuel (dimethyl ether) and plastic waste to chemicals (hydrocarbons).
Scientists selected a MOF composed of reactive NiOx cluster nodes and light-harvesting metalloporphyrin ligands connected via pyrazolyl groups as a sole photocatalyst and achieved efficient and durable gas-phase overall CO2 photoreduction with H2O vapor.
To improve the performance and efficiency of the supported bimetallic nanoparticles, researchers recently proposed a nanoreactor strategy for their scalable synthesis.
&uuid=(email))
Researchers describe how the ability of twisted bilayer graphene to conduct electrical current changes in response to mid-infrared light.
A new study sheds light on how different synthesis conditions can produce manganese dioxide with distinct porous structures, hinting at a strategy for the development of highly tuned MnO2 nanomaterials that could serve as catalysts in the fabrication of bioplastics.
PI introduces two new optical power meters for automated photonics alignment applications.
Connecting carbon by catalysis to create octagonal structures.
In this work, researchers dealt with both these problems at one stroke, by developing nano solid acids that transform carbon dioxide directly to fuel (dimethyl ether) and plastic waste to chemicals (hydrocarbons).
These findings suggest further studies could reveal compounds with interesting electronic properties.
Scientists selected a MOF composed of reactive NiOx cluster nodes and light-harvesting metalloporphyrin ligands connected via pyrazolyl groups as a sole photocatalyst and achieved efficient and durable gas-phase overall CO2 photoreduction with H2O vapor.
To improve the performance and efficiency of the supported bimetallic nanoparticles, researchers recently proposed a nanoreactor strategy for their scalable synthesis.