Research
- Details
- Category: Research
The SO3 + HONO2 reaction can be a potential removal reaction for SO3 in the stratosphere and for HONO2 in the troposphere
- Details
- Category: Research
Flow tube laboratory experiments that show both IxOy and HIO3 are involved in atmospheric new particle formation, thereby solving a long-standing question about the mechanism of iodine gas-to-particle conversion.
- Details
- Category: Research
Reactive halogen species, not considered in climate models, significantly affect the future prediction of methane (a powerful greenhouse gas) by reducing its loss, increasing its lifetime, burden, and radiative forcing.
Read more: Halogens increase the global methane lifetime and radiative forcing in the 21st century
- Details
- Category: Research
Graphene promises many fascinating applications, also in advanced batteries. Its interaction with Li is therefore essential. We study the real-time dynamics of Li deposition on “native” epitaxial graphene islands on Ru(0001)
Read more: Dynamics of Li deposition on epitaxial graphene/Ru(0001) islands
- Details
- Category: Research
CoFe2O4 is a hard magnetic ferrite with promising applications in spintronics. This requires thin films of high quality. We report on the sucessful growth and characterization of epitaxial CoFe2O4 films on Pt(111).
Read more: Growth and characterization of ultrathin cobalt ferrite films on Pt(111)