Special Issue: Wetting, Spreading and Filling (WSF2009). Guest Editors: Michael S. Pettersen and Milton W. Cole
75-76
Preface
Milton W. Cole and Michael S. Pettersen
77-100
Wetting, Capillary Condensation and More
W. F. Saam
101-110
Open AccessWetting, Prewetting and Superfluidity
P. Taborek
111-136
To Wet or Not to Wet: That Is the Question
Silvina M. Gatica and Milton W. Cole
137-148
Models of Prewetting
M. S. Pettersen
149-173
The Trouble with Critical Wetting
A. O. Parry and C. Rascón
174-205
Helium in Nanoconfinement: Interplay Between Geometry and Wetting Behavior
F. Ancilotto, M. Barranco, E. S. Hernández and M. Pi
206-220
Adsorption Within and On Regularly Patterned Substrates
L. Bruschi and G. Mistura
221-251
Quantum Size Effects in the Growth, Coarsening, and Properties of Ultra-thin Metal Films and Related Nanostructures
Mustafa M. Özer, Cai-Zhuang Wang, Zhenyu Zhang and Hanno H. Weitering
252-267
Sliding Friction Measurements of Molecularly Thin Ethanol and Pentanol Films: How Friction and Spreading Impact Lubricity
Brendan P. Miller and Jacqueline Krim
268-276
Prediction of CH4/H2 Mixture Selectivity in Zn(tbip) from Computer Simulations
Jinchen Liu and J. Karl Johnson
277-295
Coarse-Grained Interaction of a Fluid with a Physically-Patterned Solid Surface: Application to Nanodroplet Wetting
Hongfei Wu, Ali Borhan and Kristen A. Fichthorn
296-323
Quantum Fluids in Nanotubes: A Quantum Monte Carlo Approach
M. C. Gordillo and J. Boronat
324-351
Open AccessFluid States of Helium Adsorbed in Nanopores
Nobuo Wada, Taku Matsushita, Mitsunori Hieda and Ryo Toda
352-373
Quantum Effects on Hydrogen Isotopes Adsorption in Nanopores
Hideki Tanaka, Daisuke Noguchi, Akiko Yuzawa, Tetsuya Kodaira and Hirofumi Kanoh, et al.
374-381
Condensation of a Quasi-one Dimensional Gas Within a Single Wall Carbon Nanotube
G. Stan
382-394
Condensation of Fluids Confined in Non-rigid Nanopores: With a Little Help from the Substrate
Silvina M. Gatica and Hye-Young Kim
395-409
Modeling Relaxation Processes for Fluids in Porous Materials Using Dynamic Mean Field Theory: An Application to Partial Wetting
John R. Edison and Peter A. Monson
410-428
Tests of Pore-Size Distributions Deduced from Inversion of Simulated and Real Adsorption Data
Angela D. Lueking, Hye-Young Kim, Jacek Jagiello, Kevin Bancroft and J. Karl Johnson, et al.