Resonance-Assisted Hot -Electron Femtochemistry at Surfaces - DTU Orbit

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Resonance-Assisted Hot -Electron Femtochemistry at Surfaces

Project: PhD

With the same participants

Computational analysis and design of new materials for lithium-air batteries
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Shape and activity of nanoparticulate alloys, with special focus on platinum alloys for the oxygen reduction reaction
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Development of novel electrode-catalyst materials for Li-air battery cathodes
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Computational Design of New Materials for Ammonia Storage
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In situ characterisation of structure and transport in battery electrolytes and electrodes
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Electronic-structure simulations of photo-absorptin properties in extended systems
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Theoretical investigations of novel materials for nitrogen fixation
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Computational search for new light harvesting materials for solar-to-fuel energy conversion
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Electrolytes for electrochemical N2 fixation cells
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Shape and reactivity of clusters and nanoparticles
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Olsen, Thomas (Phd Student)
Schiøtz, Jakob (Main Supervisor)
Vegge, Tejs (Examiner)
Voorhis, Troy Van (Examiner)
Reuter, Karsten (Examiner)

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Status	Completed
Period	01-08-07 → 08-12-10

Financing source	Internal funding (public)
Research programme	DTU-lønnet stipendie

ID: 2327430