- Processing and treatments for Nanotechnology:

• PVD and CVD processes
• Surface treatments (Plasma and thermal treatments)
• Ion beam and plasma etching treatments (IE, RIE, RIBE)
• Micro and Nanolithography
• Sol-gel technology (monodispersed silica submicrometric particles)
• Particles self-assembling processes (spin-coating, Langmuir-Blodgett)
• Electrochemical deposition processes

- Nanomaterials and nanosystems characterization

• Structural and morphological characterization
• Optical and electrical characterization (polarimetry, ellipsometry, interferometric-polarimetry, conductivity, mobility,…)
• Magnetic characterization (SQUID, Faraday rotation)
• Ionic transport characterization (voltammetry and amperometry, impedance spectroscopy)
• Scanning and electronic microscopies (AFM, SEM, FESEM, …)
• Surface analysis (XRD, LAXRD, SIMS, XPS-Auger, EELS, SAED, …)
• QMS, TOF-MS

- Spectroscopic characterization techniques:

• FTIR spectroscopy
• UV-VIS-NIR spectroscopy
• Raman spectroscopy
• micro-Raman (and mapping)

- Nanotechnology developments:

• Nanofiltering (persistent pollutants, nanostructure detection and catching)
• Electronic implementation (nanotechnology devices)
• Silicon nanoparticles production technology
• Core@shell nanoparticles production technology
• Carbon nanotubes production technology
• Thin films deposition technology