Research focus
About the research
What materials architectures enable improved electrochemical energy storage at the nanoscale?
Read the full research overview
The Braun group synthesizes and studies materials with unique optical, electrochemical, thermal, mechanical, and transport properties guided by 3D nano- and mesoscale architectures. The group focuses recent projects on materials for electrochemical energy storage, advanced optics, chemical sensing, heat and matter transport control, and self-healing materials. Researchers use synthesis, self-assembly, and fabrication of controlled nano- and mesoscale architectures to produce emergent properties such as tailored transport and optical behavior. The group measures electrochemical, optical, thermal, mechanical, and transport responses to link architecture and materials processing to function.
Selected publications
2 listedComparative evaluation of dielectric liquids for single-phase immersion cooling of electronics
International Journal of Heat and Mass Transfer
Scalable surface structuring of stainless steel plate heat exchangers using chloride-based chemical etching for enhanced two-phase heat transfer
International Journal of Heat and Mass Transfer
People & alumni
Team details haven’t been added. See the lab’s website for its current members.
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Sources & listing information
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