Research groups Scientific areas - CENIMAT · 2019. 4. 12. · NMR (High resolution, Solids,...
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www.cenimat.fct.unl.pt 2018 NMR Laboratory NMR Laboratory Confocal/Correlative Microscopy Brukker unit for X-ray diffraction (high/low temperatures) XPS Research groups X-Ray Difrraction (temperature, micro diffraction, grazing, texture, stress analysis) Thermal Analysis - DTA/DSC/TG (-170 – 2000 °C) Optical Microscopy with Fluorescence Confocal Microscopy (Laser lines: 405/488 nm) Electron Microscopy (SEM-FIB and EDS) Correlative Microscopy NMR (High resolution, Solids, Diffusion and Micro-Imaging) Rheology (Electro, Optical and High Pressure options) Mechanical Testing (Static and dynamic tensile, micro/macro-hardness, impact) X-ray Fluorescence Melt Spinning Micro-Raman XPS Hall Effect and Kelvin Probe FTIR with ATR UV-vis-NIR Spectrophotometry Contact Angle (Static and dynamic, tilted) Spectroscopic Ellipsometer Potenciostat Profilometry AFM Dielectric Spectroscopy (frequency and time domain) Ferroelectric Hysteresis Thermally Stimulated Discharge Currents Dynamic Light Scattering Melt Flow Index Automatic MicroViscometer Materialography C haracterization tools Highlights Bio/Nano/Paper Electronics Funcional Nanoparticles Nano/Chromogenics Microfluidics/Lab-on-Paper Plasmonics/Nanoplasmonics Solar Cells Sensors Bio/Paper Batteries Thermoelectrics Conductive Materials Liquid Crystals Nano/Cellulosic Systems Polymeric Based Materials Elastomers Biological Systems Rheology (Rheo) Nuclear Magnetic Resonance Computational Fluid Dynamics Metal Alloys Functional Graded Materials Cultural Materials Crystal Chemistry Ceramics and Glass Materials Recycling of Materials Structural Materials F. Braz Fernandes Soft and Biofunctional Materials M. Helena Godinho Advanced Functional Materials for Micro and Nanotechnologies R. Martins Scientific areas Micro-Raman XPS SEM-EDS XRD AFM E. Fortunato Blaise Pascal medal 2016 E. Fortunato Czochralski medal 2017
Transcript of Research groups Scientific areas - CENIMAT · 2019. 4. 12. · NMR (High resolution, Solids,...
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NMR Laboratory
NMR Laboratory
Confocal/Correlative Microscopy
Brukker unit for X-ray diffraction
(high/low temperatures)
XPS
Research groups
X-Ray Difrraction(temperature, micro diffraction, grazing, texture, stress analysis)
Thermal Analysis - DTA/DSC/TG(-170 – 2000 °C)
Optical Microscopy with Fluorescence
Confocal Microscopy(Laser lines: 405/488 nm)
Electron Microscopy(SEM-FIB and EDS)
Correlative Microscopy
NMR(High resolution, Solids, Diffusion and Micro-Imaging)
Rheology(Electro, Optical and High Pressure options)
Mechanical Testing(Static and dynamic tensile,micro/macro-hardness, impact)
X-ray Fluorescence
Melt Spinning
Micro-Raman
XPS
Hall Effect and Kelvin Probe
FTIR with ATR
UV-vis-NIR Spectrophotometry
Contact Angle(Static and dynamic, tilted)
Spectroscopic Ellipsometer
Potenciostat
Profilometry
AFM
Dielectric Spectroscopy (frequency and time domain)
Ferroelectric Hysteresis
Thermally Stimulated Discharge Currents
Dynamic Light Scattering
Melt Flow Index
Automatic MicroViscometer
Materialography
Characterization tools
HighlightsCircuito integrado produzido no CENIMAT|I3N
Bio/Nano/Paper Electronics
Funcional Nanoparticles
Nano/Chromogenics
Microfluidics/Lab-on-Paper
Plasmonics/Nanoplasmonics
Solar Cells
Sensors
Bio/Paper Batteries
Thermoelectrics
Conductive Materials
Liquid Crystals
Nano/Cellulosic Systems
Polymeric Based Materials
Elastomers
Biological Systems
Rheology (Rheo)
Nuclear Magnetic Resonance
Computational Fluid Dynamics
Metal Alloys
Functional Graded Materials
Cultural Materials
Crystal Chemistry
Ceramics and Glass Materials
Recycling of Materials
Structural MaterialsF. Braz Fernandes
Soft and Biofunctional MaterialsM. Helena Godinho
Advanced Functional Materials
for Micro and NanotechnologiesR. Martins
Scientific areas
Micro-Raman
XPS
SEM-EDS
XRDAFM
E. Fortunato
Blaise Pascal medal
2016
E. Fortunato
Czochralski medal
2017
