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B - Materials and storage technology

Ambient energies exhibit a fluctuating intensity. For a reliable operation of electronics it is mandatory to utilize an intermediate storage device for the scavenged electrical energy. The research in this field focuses on functional nano-materials and methods for surface manipulation. Moreover, hydrogen-based storages as alternative to chemical storages are developed.

 

Projects in the research field B: Materials and storage technology
B.1 Hybird nano materials for catalytic electrodes (Urban Lab)
B.2 Hybrid solar cells (Krüger Lab)
B.3 Hydrogels for enzymatic fuel cells (Rühe Lab)
B.4 Alcaline fuel cells with integrated charging (Reinecke, Müller Lab)
B.5 Advance thermoelektric materials with a high ZT coefficient (Paul Lab)
B.6 Multilayer PZT ceramics for vibration transducers (Hanemann, Haußelt Lab)

 

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