Senkan, S. M. High-throughput screening of solid-state catalyst libraries.
These NWs are a promising material in a wide range of different applications ranging from solid state ionics, catalysts, nanoelectronic interconnects, flat panel field-emission devices, as well as fillers in composite materials.
As a novel Mn3+-Mn4+ mixed valence system, hollandite-type compounds with chemical formula A x Mn8O16 (A = K, Rb, Ba, or Pb, etc. and x ≤ 2) have been enthusiastically pursued for their applications in fast ionic conductors, solid state electrolytes, oxidation catalysts, and stable host materials for radioactive ions from nuclear wastes [9 12].
Compared with the catalyst from the traditional solid state route, nanostructured SrSnO3 catalysts with larger surface areas showed higher photocatalytic activities for water splitting under UV light irradiation.
In order to identify the relationships between the often complicated solid state synthesis process during catalyst manufacture, the structural properties of the catalyst and its performance, correlation analysis are used.
A highly active catalyst (La0.7Ag0.3MnO3) for simultaneous removal of nitrogen oxides (NOx) and diesel soot is synthesized by solid state method and the catalyst is characterized by XRD, FT-IR, H2-TPR, and O2-TPD.
The main subject of this review is the consideration of catalytic oxidation reactions, which are greatly influenced by solid state effects in the catalyst material.
Vapor liquid solid (VLS) growth mechanism is proposed for the catalyst assisted while solid state chemical reaction is suggested for the catalyst free growth of microcactuses.
Metal-mediated routes to new polymers are being explored, and molecular, chemical approaches to the designed construction of advanced solid state materials and heterogeneous catalysts are being developed.
Fe-ZSM-5 zeolites of different Si/Al ratio prepared by means of ionic exchange from aqueous solution and from solid state were used as catalysts for N2O decomposition in the range of temperature from 300 to 500 °C.
