Category: Atmosphere AX

Tuesday publication update! In this recent publication from Stanford University and Oak Ridge University, the behavior of Pt/Al₂O₃ catalysts in various gas environments was observed using in situ gas phase electron microscopy! The #AtmosphereAX system was used to observe the deactivation of these emission control catalysts. Congratulations on this great publication for Jacob Smith, Gennaro … Read More

Tuesday publication update! In this publication post we look back at a study published in 2017! Even though commercial gas phase electron microscopy systems had not been on the market for long, already the authors from #ShanghaiJiaoTong and #CaliforniaIrvine were looking at oxygen reduction reaction (ORR) catalysts at the nanoscale for proton-exchange membrane fuel cells … Read More

Tuesday publication update! The authors on this paper visualized titanium-based metal-organic frameworks (MOFs) under gas atmosphere and in the TEM using the #AtmosphereAX system. The authors looked at the mechanisms behind their pyrolytic conversion using in situ gas phase electron microscopy. ️ This research showed that around 350°C, the MOF framework begins to collapse, breaking … Read More

Tuesday publication update! In this newest accepted article by @Valérie Briois, @Jaysen Nelayah, @Camille La Fontaine, @Olga Roudenko, @Anthony Beauvois, @Aline Ribeiro Passos and @Damien Alloyeau in #ChemCatChem the Ni4Cu1 bimetallic catalyst composition is researched for its catalytic activation and regeneration. By using the #AtmosphereAX system and comparing those results with Full Field Transmission X-rays … Read More

Tuesday publication update! In this newest publication in ACS Advanced Nano Materials, researchers from the #KULeuven have used the #AtmosphereAX system to look at passive adsorption materials for NOx removal. Authors @Sreeprasanth Pulinthanathu Sree, @Claudio Bellani, @Rainer Straubinger and @Jin Won Seo have investigated the dynamic behavior of palladium species impregnated onto zeolite under hydrothermal … Read More

Tuesday publication update! This latest research introduces a new methodology for synthesizing MoVSbOx catalysts for the ethane oxidative dehydrogenation (E-ODH) reaction using our #AtmosphereAX system. In this newest research it becomes clear that nanoscale and bulkscale can be used together to create better catalyst materials! With this new approach, M1 nanorods with unique facets were … Read More