Doping magnetite surfaces with transition-metal atoms is a promising strategy to improve the
catalytic performance toward the oxygen evolution reaction (OER), which governs the …

We report on differences in the magnetite (111) surface structure when prepared under
oxidizing and reducing conditions. Both preparations were done under UHV conditions at …

Magnetite shows enormous potential from biocompatible hybrid materials to heterogeneous
catalysis. However, a detailed atomistic understanding of magnetite in complex …

Model catalysts, where the structure of single-crystal materials with well-defined surface
terminations can be determined at the atomic level, are useful systems to perform …

Despite a wide application in heterogeneous catalysis, the surface termination of Fe3O4
(111) remains controversial. Herein, a surface with both Lewis acid and base sites is created …

Stable single metal adatoms on oxide surfaces are of great interest for future applications in
the field of catalysis. We studied iridium single atoms (Ir1) supported on a Fe3O4 (001) …

The pertechnetate ion TcVIIO4–is a nuclear fission product whose major issue is the high
mobility in the environment. Experimentally, it is well known that Fe3O4 can reduce TcVIIO4 …

Converting CO 2 into value-added compounds via photothermal catalysis is a promising
strategy to reduce CO 2 emission and might be a sustainable alternative to traditional fossil …

The microscopic understanding of the atomic structure and interaction at carboxylic
acid/oxide interfaces is an important step towards tailoring the mechanical properties of …

摘要光热催化是一种高效利用太阳光, 将二氧化碳转化为高价值产物的方法.
本工作以石墨相氮化碳为载体, 通过水热-浸渍两步法制备了负载铂, 铁氧化物的石墨相氮化碳 …