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Research
Research: Welcome
Research: About
Some of the important research activities aim to address the urgent challenge we face for renewable energy, climate change, as well as green and innovative nanotechnology. Understanding how nanomaterials operate, as well phenomenon at the atomic scale, is essential for the development of an efficient, eco- and smart nanodevices. Thus, the fundamental research in the field of surface sciences using advanced techniques to synthesize and investigate properties of interfaces is the strategy deployed to provide tentative answers and explore new opportunities.
Research: About
Research Topics
Tuning electronic properties of 2D materials by low energy-plasma processes
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Combined TEM and XPEEM (X-ray photoemission electron microscopy) were used to investigate the impact of plasma processing on electronic and chemical properties of graphene. The surface modification of graphene includes cleaning, patterning and doping.
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Understanding the critical phenomena at surfaces and interfaces
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Growth optimization
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Response to external stimulus (gas, lights,...)
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Nanomaterials engineering
Research: Services
Research Projects
Surface Science applied to Energy Materials
Combining Photoemission and Transmission Electron Microscopy for In-situ Investigation.
​Targeted applications
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Energy devices: batterie, solar cells, thermoelectric generator.
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Photocatalysis and electrochemical energy storage and conversion
Detailed information about my research projects, which discuss materials and approaches, are reported elsewhere. For further information, please contact me.
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