Olivier
Pierre-Louis
Directeur
de Recherche (DR1) CNRS, ILM-Lyon, France
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Publications:
_2022______________________________________
96) Crystal
growth in confinement
Felix
Kohler, Olivier Pierre-Louis, Dag Kristian
Dysthe
to be published in Nature Comm.
arXiv:2106.03095 (2022)
_2021______________________________________
87) Delamination
of multilayer graphene stacks from its
substrate through wrinkle formation
under high pressures
IR Amaral, A Forestier, A Piednoir, R
Galafassi, C Bousige, D Machon, Olivier
Pierre-Louis, RS Alencar, AG Souza Filho,
Alfonso San-Miguel
Carbon 185, 242-251 (2020) pdf
_2019______________________________________
81) The
non-equilibrium crystallization force
Luca
Gagliardi and Olivier Pierre-Louis
EPL (Europhysics Letters) 127,
59002 (2019)
pdf
80) Confined
Growth with slow surface kinetics: a
Thin Film Model approach
Luca
Gagliardi and Olivier Pierre-Louis
Journal of Crystal Growth 514, 70-82
(2019)
pdf
79)
2D
nanostructure motion on anisotropic surfaces
controlled by electromigration
Stefano Curiotto , Pierre Mόller, Ali
El-Barraj, Fabien Cheynis, Olivier
Pierre-Louis, Frιdιric Leroy
Applied
Surface Science 469 463470
(2019) pdf
_2018______________________________________
78)
Hollow
rims for water drop evaporation on salt
substrates
A. Mailleur, C. Pirat, O. Pierre-Louis, J.
Colombani
Phys. Rev. Lett. 121, 214501 (2018) pdf
77) Adhesion
dynamics of confined membranes
Tung
B. T. To, Thomas Le Goff and Olivier
Pierre-Louis
Soft Matter, 14, 8552--8569 (2018) pdf
76) Cavity
Formation in Confined Growing Crystals
Felix
Kohler, Luca Gagliardi, Olivier
Pierre-Louis, and Dag Kristian Dysthe,
PHYSICAL REVIEW LETTERS 121, 096101 (2018) pdf
75) Crystal
growth in nano-confinement: subcritical
cavity formation and viscosity effects
Luca
Gagliardi and Olivier Pierre-Louis
New J. Phys. 20 073050 (2018) pdf
74) Interface
collisions
F.
D. A. Aarγo Reis and O. Pierre-Louis
PHYSICAL REVIEW E 97, 040801(R) (2018) pdf
73) Thin
film modeling of crystal dissolution and
growth in confinement
Luca
Gagliardi and Olivier Pierre-Louis,
PHYSICAL REVIEW E 97, 012802 (2018) pdf
72) Triple-line
kinetics for solid films
Ashwani
K. Tripathi and Olivier Pierre-Louis*
PHYSICAL REVIEW E 97, 022801 (2018) pdf
_2017______________________________________
71) Dewetting
of Patterned Solid Films: Towards a
predictive modelling approach
M.
Trautmann, F. Cheynis, F. Leroy, S.
Curiotto, O. Pierre-Louis, adn P. Mόller
Appl. Phys. Lett. 110, 263105 40 (2017) pdf
70) Thixotropy
and shear thinning of lubricated
contacts with confined membranes
T.
Le Goff, T.B.T. To, O. Pierre-Louis,
EPJE 40, 1 (2017) pdf
69) Nanoroughness
strongly impacts the lipid mobility in
supported membranes
F.
Blachon, F. Harb, B. Munteanu, A. Piednoir,
R Fulcran, T. Charitat, G. Fragnetto, O.
Pierre-Louis, B. Tinland, J.P. Rieu
Lagmuir 33, 2444 (2017) pdf
_2016______________________________________
68) Thermal
Fluctuations of a liquid film on a
heterogeneous solid substrate
O.
Pierre-Louis,
Phys Rev E 94, 032802 (2016) pdf
67) Solid
State Wetting at the Nanoscale
O.
Pierre-Louis,
Prog. Cryst. Growth and Char. Mat. 62, 177
(2016) pdf
_2015______________________________________
66) Transition
to coarsening for confined
one-dimensional interfaces with
bending rigidity
T.
Le Goff, P. Politi, O. Pierre-Louis,
Phys Rev E 92 022918 (2015) pdf
65) Kink
dynamics with oscillating forces
T.
LeGoff, O. Pierre-Louis, P. Politi,
Journ. of Stat. Mech.: Theory and
Experiments 2015 (8), P08004 (2015) pdf
64) Controlling
the wetting transitions of nanoparticles
on nanopatterned substrates using an
electron beam
M.
Ignacio, O. Pierre-Louis
Phys Rev E 92 012406 (2015) pdf
63) Shape
transition in nano-pits after
solid-phase etching of SiO2 islands
F.
Leroy, Y. Saito, O. Pierre-Louis, S.
Curiotto, F. Cheynis, O. Pierre-Louis, and
P. Mόller
Appl. Phys. Lett. 106 191601 (2015) pdf
_2014______________________________________
62) Solid-state
dewetting with a magic thickness:
Electronic dewetting
A.
Chame, O. Pierre-Louis
Phys Rev B 90 195408 (2014) pdf
61) Frozen
states and order-disorder transition in
the dynamics of confined membranes
T.
Le Goff, P. Politi, and O. Pierre-Louis
Phys Rev E 90 032114 (2014) pdf
60) Nonequilibrium
diffusion of reactive solid islands
F
Leroy, Y. Saito, F. Cheynis, B. Bussmann, O.
Pierre-Louis, and P. Mόller
Phys Rev B 89 235406 (2014)
(pdf)
59) Surface
fluctuations of liquids confined on flat
and patterned solid substrates
B.
Pottier, E. Verneuil, L. Talini, and O.
Pierre-Louis,
Phys Rev E 89 052403 (2014) (pdf)
58) Wetting
of elastic solids on nano-pillars
M.
Ignacio, Y. Saito, P. Smereka, O.
Pierre-Louis,
Phys. Rev. Lett. 112, 146102 (2014)
(pdf)
57) Behavior
of size-selected Iron-Platinum clusters
soft-landed on carbon nanotubes
L.
Bardotti, R.
Delagrange, F. Tournus, J.M. Benoξt, O.
Pierre-Louis, V. Dupuis
Appl. Surf. Sci. 301, 564 (2014) (pdf)
56) Dimensionality
transition in submonolayer growth on
carbon nanotubes
R.
Delagrange, F. Tournus, L. Bardotti, J.M.
Benoξt, O. Pierre-Louis
Phys Rev B 89 035425 (2014)
(pdf)
_2013______________________________________
55) Modeling
dewetting of ultra-thin solid films
A.
Chame, O. Pierre-Louis
Comptes Rendus de Physique 14 553 (2013) (pdf)
54) Solid-State
Wetting on nano-patterned substrates
Y.
Saito, M. Ignacio, O. Pierre-Louis
Comptes Rendus de Physique 14 619 (2013) (pdf)
53) Giant
slip at liquid-liquid interfaces using
hydrophobic ball bearings
(pdf)Q.
Quentin Ehlinger, Laurent Joly, O.
Pierre-Louis
Focus and
editor's suggestion
Phys Rev Lett 110 104504 (2013) (pdf)
_2012______________________________________
52) The
princess and the pea at the nanoscale:
Wrinkling and unbinding of graphene on
nanoparticles
M.
Yamamoto, O. Pierre-Louis, J Huang, M.
Fuhrer, T.L. Einstein, W.G. Cullen
Phys. Rev. X 041018 (2012) (pdf).
51) Impalement
dynamics and Brownian motion of
solid islands on nanopillars
M.
Ignacio, O. Pierre-Louis
Phys Rev. B 86 235410 (2012) (pdf).
50) Nonlinear
wavelength selection in surface
faceting under electromigration
F.
Barakat, K. Martens, O. Pierre-Louis
Phys. Rev. Lett. 109 056101 (2012) (pdf)
49) Non-equilibrium
cluster diffusion during growth and
evaporation in two dimensions
editor's suggestion
Y.
Saito, M. Dufay, O. Pierre-Louis
Phys Rev. Lett. 108 245504 (2012) (pdf).
48) Dewetting
of solid films with evaporation on the
substrate
A
Chame, O. Pierre-Louis.
Phys Rev E. 85 011602 (2012) (pdf)
_2011______________________________________
47) Pressure-mediated
Doping in Graphene
J. Nicolle,
Denis Machon, Philippe Poncharal, O.
Pierre-Louis, Alfonso San-Miguel
Nano Lett 13 043017 (2011) (pdf)
46) Solid Imbibition
in nanopillar arrays
P. Gaillard,
Y. Saito, O. Pierre-Louis
Phys Rev Lett 106 195501 (2011) (pdf)
45) Dynamics
of solid thin-film dewetting in the SOI
system
E. Bussmann,
F. Cheynis, F. Leroy, P. Mόller, O.
Pierre-Louis,
New Journal
of Physics (2011). (pdf)
44) Anisotropy
and coarsening in the instability of solid
dewetting fronts
M. Dufay, O.
Pierre-Louis,
Phys Rev Lett
106 105506 (2011) (pdf)
43) Pattern-induced
thermal unbinding of filaments
O.
Pierre-Louis,
Phys Rev E 83
01181 (2011). (pdf)
_2010______________________________________
42) Collapse
of an adsorbate island on substrate
pillars
K. Takano, Y.
Saito, O. Pierre-Louis,
Phys Rev B 82
075410 (2010). (pdf)
41) Atomic
step motion during the dewetting of
ultra-thi solid films
O.
Pierre-Louis, A. Chame, M. Dufay,
Euro Phys J B
77, 57 (2010).(pdf)
40) Crystal
surfaces in and out of equilibrium: a
modern view,
Misbah C.,
Pierre-Louis O., Saito Y.,
Reviews of
Modern Physics, 82 981 (2010). (pdf)
39) Model for
transient elongation and drift of islands
on vicinal substrates,
M. Dufay, O.
Pierre-Louis,
Rapid Comm.
Phys Rev B 81 041407 (2010). (pdf)
38) Fully
reversible transition from Wenzel to
Caasie-Baxter States on Corrugated
Superhydrophobic Surfaces,
R.J. Vranken,
H. Kusumaatmaja, K. Hermans, A.M. Prenen, O.
Pierre-Louis, C.W.M. Bastiaansen, and D.
Broer,
Langmuir,
26, 3335 (2010). (pdf)
_2009______________________________________
37) Dewetting of
utra-thin solid films
O.
Pierre-Louis, A. Chame, Y. Saito,
Phys. Rev.
Lett. 103, 195501 (2009) (pdf)
36) On the
Geometry of stiff knots,
O.
Pierre-Louis,
The European
Physical Journal B 71, 281 (2009).(pdf)
35) Wetting of
solid adsorbate islands on nanogroove
surfaces,
O.
Pierre-Louis, Y. Saito,
Europhys.
Letters 86, 46004 (2009). (pdf)
_2008______________________________________
34) Adhesion of
membranes and filaments on rippled
surfaces,
O.
Pierre-Louis,
Phys. Rev. E
78, 021603 (2008) (pdf)
_2007______________________________________
33) Dynamic
correlations of macroscopic quantities
O.
Pierre-Louis,
Phys. Rev. E
76, 062601 (2007). (pdf)
32) Dewetting of
a Solid Monolayer,
O.
Pierre-Louis, A. Chame, Y. Saito
Phys. Rev.
Lett. 99, 136101 (2007). (pdf)
31) Vicinal
silicon surfaces: from step density waves
to faceting
F.Leroy,
P.M¨uller, J.J.Mtois, O.Pierre-Louis
Phys. Rev. B
76, 045402 (2007). (pdf)
30) Stiff knots,
R. Gallotti,
O. Pierre-Louis
Phys. Rev. E
75 031801 (2007). (pdf)
_2006______________________________________
29) Birth and
morphological evolution of step bunches
J. Chang, O.
Pierre-Louis, C. Misbah
Phys. Rev.
Lett. 96, 195901 (2006). (pdf)
28) Local
electromigration model for crystal
surfaces,
O.
Pierre-Louis
Phys. Rev.
Lett. 96, 135901 (2006) (pdf)
_2001-2005______________________________________
27) Weakly versus
highly nonlinear front dynamics,
O.
Pierre-Louis,
Europhys.
Lett. 72 894 (2005). (pdf)
26) Irreversible
aggregation of interacting particles in
one dimension,
H. Sidi Ammi,
A. Chame, M. Touzani, A. Benyoussef, O.
Pierre-Louis, C. Misbah,
Phys. Rev. E
71 041603 (2005). (pdf)
25) Dynamics of
crystal steps,
O.
Pierre-Louis,
Comptes
Rendus Physique 6 11 (2005)
24) Nonlinear step
dynamics,
O.
Pierre-Louis, G. Danker, J. Chang, K.
Kassner, C. Misbah,
Journal of
Crystal growth 275 56 (2005)
23) Peculiar
effects of anisotropic diffusion on
dynamics of vicinal surfaces,
G. Danker, O.
Pierre-Louis, K. Kassner, C. Misbah,
Phys. Rev.
Lett. 93, 185504 (2004). (pdf)
22) Kinetic step
pairing
O.
Pierre-Louis, J.-J. M΄etois
Phys. Rev.
Lett. 93, 165901 (2004). (pdf)
21) Interrupted
coarsening of anisotropic step meander
G. Danker, O.
Pierre-Louis, K. Kassner, C. Misbah,
Phys. Rev. E
68, 020601 (2003). (pdf)
20) Phase field
models for step flow growth,
O.
Pierre-Louis,
Phys. Rev. E
68, 021604 (2003). (pdf)
19) Step bunching
with general step kinetics: stability
analysis and macroscopic models,
O.
Pierre-Louis,
Surf. Sci.,
529 114 (2003).
 doi:10.1016/S0039-6028(03)00075-X
18) Step
kinetics with an intermediate adsorption
state,
O.
Pierre-Louis,
J. of Jap.
Assoc. for Cryst. Growth, 29 34 (2002).
17) A continuum
model for low temperature relaxation of
crystal steps,
O.
Pierre-Louis,
Phys. Rev.
Lett., 87 106104 (2001). (pdf)
16) Unstable step
meandering with elastic interactions,
S. Paulin,
F.Gillet, O. Pierre-Louis, C. Misbah,
Phys. Rev.
Lett. 86 5538 (2001). (pdf)
15) Electromigration
of single-layer clusters,
O.
Pierre-Louis, T.L. Einstein,
Appl. Surf.
Sci. 175 129 (2001). (pdf)
14) Terrace-width
distributions and step-step repulsions on
vicinal surfaces:
symmetries, scaling, simplifications,
subtleties, and Schrodinger,
T.L.
Einstein, H.L. Richards, S.D. Cohen, O.
Pierre-Louis,
Surf. Sci.,
493 460 (2001) (pdf).
doi:10.1016/S0039-6028(01)01254-7
13) Terrace-width
distributions on vicinal surfaces:
generalized Wigner surmise
and
extraction of step-step repulsions,
T.L.
Einstein, H.L. Richards, S.D. Cohen, O.
Pierre-Louis,
Appl. Surf.
Sci., 175 62 (2001). (pdf)
12) AC driving of
crystal surfaces a route to controlled
pattern formation,
O.
Pierre-Louis, M.I. Haftel,
Phys. Rev.
Lett., 87 48701 (2001). (pdf)
_20th
century______________________________________
11)Non-linear
evolutionj of meander during growth of a
vicinal surfaces with no desorption
F. Gillet, O.
Pierre-Louis, C. Misbah,
E.J.Phys. B,
18 519 (2000).
(pdf)
10)Electromigration
of single layer cluster
O.
Pierre-Louis, T.L. Einstein,
Phys. Rev. B,
62 13697 (2000). (pdf)
9)Edge
diffusion during growth: The kink
Ehrlich-Schwoebel effect and resulting
instabilities,
O.
Pierre-Louis, M.R. DOrsogna, T.L. Einstein,
Phys. Rev.
Lett., 82 3661 (1999). (pdf)
8)Implications
of random-matrix theory for terrace width
distributions on vicinal surfaces
T. L.
Einstein, O. Pierre-Louis,
Surf. Sci.,
424 L299 (1999). doi:10.1016/S0039-6028(99)00092-8
7)Nonlinear
Steps Dynamics During MBE on Vicinal
Surfaces
O.
Pierre-Louis, C. Misbah, Y. Saito, J. Krug
et P. Politi,
Phys. Rev.
Lett., 80 4221 (1998). (pdf)
6)Equilibrium
Step Dynamics on Vicinal Surfaces
Revisited
T. Ihle, C.
Misbah, O. Pierre-Louis,
Phys. Rev. B,
58 2289 (1998). (pdf)
5)Dynamics
and Fluctuations during M.B.E. on Vicinal
Surfaces II: Nonlinear Developments and
Evolution of the Surface
O.
Pierre-Louis, et C. Misbah,
Phys. Rev. B,
58 2276 (1998). (pdf)
4)Dynamics and
Fluctuations duringM.B.E. on Vicinal
Surfaces I: Formalis
and Results
of the Linear Theory,
O.
Pierre-Louis, et C. Misbah,
Phys. Rev. B,
58 2259 (1998). (pdf)
3)Out-of-Equilibrium
Step Meandering on a Vicinal Surface,
O.
Pierre-Louis, et C. Misbah,
Phys. Rev.
Lett., 76, 4761 (1996). (pdf)
2)Pulses and
Disorder in a Continuum Version of
Step-Bunching Dynamics,
C. Misbah, O.
Pierre-Louis,
Phys. Rev. E,
53, R4318 (1996). (pdf)
1)
Advacancy-induced
Step-Bunching on Vicinal Surfaces,
C. Misbah, O.
Pierre-Louis, A. Pimpinelli,
Phys. Rev. B,
51, R17283 (1995). (pdf)
pdfs
for local use only
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