The Nanoceramics Processing Laboratory is designed to process ceramic materials on a nanoscale for different applications, including energy, optoelectronics, and environmental applications, among others. Its infrastructure features equipment for processing and characterization, such as surface area and porosity meters, thermal analysis (TG-DTA, DSC), a hot press with different molds for making ceramic bodies, a high-energy mill, a hydrothermal reactor for preparing powders, ovens, and muffles for calcination and sintering at high temperatures (> 1500oC). The laboratory also includes a scale for measuring density (Archimedes), a solartron for electrical characterization (AC), impedance spectroscopy, and all the infrastructure and support for developing this type of technology.
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- Facilities
- In-situ Growth Laboratory (LCIS)
- Spectroscopy and Scattering Laboratory
- Photoelectrochemistry Laboratory
- Transmission Electron Microscopy Laboratory
- Scanning and Dual-Beam Electron Microscopy Laboratory
- Atomic Force Microscopy Laboratory
- Nanoceramics Processing Laboratory
- Nanomaterials Synthesis Laboratory
- Staff
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