heat transfer at the micro and nano scales

www.insavalor.fr
ADVANCED R&D TRAINING
HEAT TRANSFER AT THE MICRO
AND NANO SCALES
VILLEURBANNE
PROGRAM
The objective is to provide
the attendants with a new
or improved understanding
on heat transfer mechanisms
that hold at the micro and nano
scales and to present techniques
that allow the measurement
of temperature and thermal
properties at sub-micron scales.
FOR INFORMATION & REGISTRATION
Tél.: +33 (0) 4 72 43 84 00
Fax: +33 (0) 04 72 44 34 24
E-mail: [email protected]
www.insavalor.fr
ADVANCED R&D TRAINING
HEAT TRANSFER AT THE MICRO AND NANO SCALES
VILLEURBANNE
A
conduction
Day 1 Heat
in sub-micrometrie solid and
B
gaseous media
Heat transfer at small scales: why does it require specific modeling
approaches and measurement techniques?
D
Teaching team
Researchers from the scientific Group
‘’Micro and Nano Heat Transfer’’ of the
Centre for Thermal Sciences of Lyon
(CETHIL), UMR 5008 CNRS-INSA Lyon-UCBL
COORDINATOR
Rodolphe VAILLON, (A)
CNRS Senior Researcher
TEACHERS
P-Olivier CHAPUIS, (B)
CNRS Researcher
Day 2
Séverine
ne GOMES, (C)
CNRS Researcher
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Stéphane LEFEVRE, (D)
Assistant Professor at INSA de Lyon
Prerequisites
Basic knowledge in macroscopic
heat transfer and thermal
measurement techniques
1 800 € HT
(lunch included)
Contact us for any individual quotation.
Partial training sessions available.
Introduction
to radiative heat transfer
at the micro and nano scales
Far-field versus near-field radiative heat transfer
Physics, theory and modeling of near-field radiative heat transfer
Measurements of near-field radiative heat transfer: state of the art
Examples of application
Conclusions, ongoing and future research work
Day 3
Participation Fee
Please contact us for the upcoming
training sessions
> Introduction
• Physics of heat conduction
• Fourier’s heat conduction law and its shortcuts
> Phonons
• Phonons as acoustic waves
• Phonons as quasi-particules - Boltzmann’s law
• « Phonon engineering » and thermal management
• Methods to calculate the heat flux
> Conductive heat transfer in nanometer-scale air gaps
> Conclusions, perspectives and opportunities
Measurement of temperature
and thermal properties
at submicrometric scales
> General principles of the measurement of solid media
temperature and thermal properties
> Temperature measurement by optical methods
> Temperature measurement by contact
> Measurements of thermal properties
CONTACT : Formation Continue - Campus LyonTech La Doua
66, Bd Niels Bohr - CS 52132 - 69603 Villeurbanne Cedex
Tél. : +33 (0)4 72 43 84 00 - [email protected]
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C