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To develop new fabrication techniques and new materials for thin film systems and coatings possessin

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To develop new fabrication techniques and new materials for ... Plasma-enhanced chemical vapor deposition, multiple magnetron ... tribology. Multifunctional ... – PowerPoint PPT presentation

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Title: To develop new fabrication techniques and new materials for thin film systems and coatings possessin


1
Functional Coatings and Surface Engineering
Laboratory
www.polymtl.ca/larfis
Directors
Team
Mission
To develop new fabrication techniques and new
materials for thin film systems and coatings
possessing tailored optical, optoelectronical,
micro- and nano-mechanical, tribological,
protective properties and other desirable
characteristics
Jolanta Sapieha514-340-5747 jsapieha_at_polymtl.ca
Ludvik Martinu 514-340-4099 lmartinu_at_polymtl.ca
Processes
Design and metrology
Plasma deposition
Magnetron sputtering
Multifunctional coatings
Ellipsometry
Nano-indentation Nano-tribology
Dual Ion Beam
Roll coating
Optical properties ellipsommetry
(UV-VIS-NIR-IR), prism coupling, electro-optical
measurements, spectrophotometry.
Plasma-enhanced chemical vapor deposition,
multiple magnetron sputtering, dual ion beam
sputtering, hybrid processes, deposition reactor
design, new materials, suface processing.
Mechanical properties functional properties and
stability, depth-sensing indentation,
nanotribology, micro-scratching, adhesion, wear,
friction, erosion.
2
Optical coatings
Hard and protective coatings
Aeronautics
Biomedical
Automobiles
Smart materials
Metameric filters
Interference filters
Pharmaceuticals
Decorative coatings
Applications optical instrumentation,
telecommunication, glasses, security and sensors,
energy and environmental control, conductive
transparent films, decorative anticorrosive
coatings.
Functional properties adhesion control, wear,
erosion and corrosion resistance, thermal and
environmental stability, biocompatibility, etc.
Caracterization and microstructure control
Modelling and prediction
Erosion and wear
Nanoncomposite materials
Matrix
Nanocrystals
Multilayer and graded index interference filters
SiO2 film containing gold nanoparticles before
and after irradiation by heavy ions
Molecular dynamics
Indentation imaged by surface scanning
14 nm (262,000 atoms)
Finite elements
Microstructure analysis scanning and
transmission electronic microscopy, X-ray
diffraction, ion beam analysis, X-Ray
photoelectron spectroscopy, etc.
Modelling, simulation, prediction, comparison
with experimental results and design of new
coating architectures.
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