Publication List for David R.M. Williams

( 115 publications)

Invited Reviews

• 44. Hairpin Defects in Liquid-Crystalline Polymers.
  D.R.M. Williams, A. Halperin,
  Materials Research Society Bulletin 20, 39, 1995.
  
  
• 54. Liquid Crystalline Polymers at Interfaces
  D.R.M. Williams, A. Halperin,
  Macromolecular Symposia 106, 167, 1996.
  
  
• 55. Switching properties of Liquid Crystalline Polymers at Interfaces
  D.R.M. Williams, A. Halperin,
  Annual Reviews of Materials Science 26, 279, 1996.
  
  
• 56. Liquid Crystalline Polymers at Interfacs - deformations and Phase transitions.
  D.R.M. Williams, A. Halperin,
  Progress in Polymer Science 21, 1089, 1996.
  
  

Refereed Research Papers

• 1. Response Tensors for Spin Zero and Spin One Boson/Anti-Boson Plasmas.
  D.R.M. Williams, D.B. Melrose,
  Australian Journal of Physics 42, 59, 1989.
  
  
• 2. Computer Simulation of Hairpin Dynamics in Worm-Like Main Chain NematicPolymer LiquidCrystals.
  D.R.M. Williams, M. Warner,
  Polymer Preprints 30, 69, 1989.
  
  
• 3. Statics and Dynamics of Hairpins in Worm-like main chain NematicPolymer Liquid Crystals.
  D.R.M. Williams, M. Warner,
  Journal de Physique 51, 317, 1990.
  
  
• 4. Computer Simulation of Hairpin Dynamics in Worm-Like Main Chain Nematic Polymer Liquid Crystals.
  D.R.M. Williams, M. Warner,
  In: Computer Simulation of Polymers.
  Editors: R.J. Roe,
  page 158, Prentice Hall New Jersey 1991.
  
  
• 5. Rollers - a new type of defect in dipoled polymer chains.
  D.R.M. Williams,
  Journal of Physics A 24, 4427, 1991.
  
  
• 6. On the Confinement of Liquid Crystalline Polymers: A Fredericks-Like Transition.
  D.R.M. Williams, A. Halperin,
  Europhysics Letters 19, 693, 1992.
  
  
• 7. Liquid Crystalline Polymers as Ising Chains: Stretching and Swelling.
  A. Halperin, D.R.M. Williams,
  Europhysics Letters 20, 601, 1992.
  
  
• 8. NMR Broadening from Molecular Defects in Nematic Polymer Liquid Crystals.
  M. Warner, D.R.M. Williams,
  Journal de Physique 2, 471, 1992.
  
  
• 9. Cylindrical Micelles in Rod-Coil Block Copolymers.
  D.R.M. Williams, *G.H. Fredrickson,
  Macromolecules 25, 3561, 1992.
  
  
• 10. Cylindrical Micelles in Rigid-Flexible Diblock Copolymers
  D.R.M. Williams, G.H. Fredrickson,
  In: Complex Fluids
  Editors: E.B. sirota, D. Weitz, T. Witten, J. Israelachvili,
  page 377, MRS Pittsburgh 1992.
  
  
• 11. Liquid Crystalline Polymers in Nematic Solvents: Confinement and Field Effects.
  D.R.M. Williams, A. Halperin,
  Macromolecules 26, 2025, 1993.
  
  
• 12. Nematic Polymers: Hairpins, Ringlets and Excimer Fluorescence.
  D.R.M. Williams, A. Halperin,
  Journal de Physique 3, 69, 1993.
  
  
• 13. Liquid Crystalline Brushes: An Anchoring Transition.
  A. Halperin, D.R.M. Williams,
  Europhysics Letters 21, 575, 1993.
  
  
• 14. Microphases of Nematic Diblock Copolymers: Reentry and Finite Size Effects.
  D.R.M. Williams, A. Halperin,
  Physical Review Letters 71, 1557, 1993.
  
  
• 15. Grafted Polymers in Bad Solvents - Octopus Surface Micelles.
  D.R.M. Williams,
  Journal de Physique 3, 1313, 1993.
  
  
• 16. Surface Tension of Melt Polymer Brushes and Diblock Copolymers.
  D.R.M. Williams,
  Langmuir 9, 2215, 1993.
  
  
• 17. Periodic faceting on vicinal GaAs(110)
  M. Krishnamurthy, M. Wassermeier, D.R.M. Williams, P.M. Petroff,
  Applied Physics Letters. 62, 1922, 1993.
  
  
• 18. Molecular-Beam Epitaxial Growth Mechanisms of (Al, Ga)As on Vicinial GaAs Surfaces - Self-Ornaization and Step Bunching.
  M. Krishnamurthy, A. Lorke, M. Wassermeier, D.R.M. Williams, P.M. Petroff,
  Journal of Vaccuum Science and Technology, B 11, 1384, 1993.
  
  
• 19. Liquid Crsytalline Polymers in Good Nematic Solvents - Free Chains, Mushrooms and Brushes.
  D.R.M. Williams, A. Halperin,
  Macromolecules 26, 4208, 1993.
  
  
• 20. Nematic Networks -On Thermoelasicity and the Bridging Fraction.
  A. Halperin, D.R.M. Williams,
  Macromolecules 26, 6652, 1993.
  
  
• 21. Cylindrical and Spherical Polymer Brushes - Moduli and Force Laws.
  D.R.M. Williams,
  Macromolecules 26, 6667, 1993.
  
  
• 22. Cell Motility by Non-linear Osmotic Swimming.
  D.R.M. Williams, P.G. de Gennes,
  Europhysics Letters 24, 311, 1993.
  
  
• 23. Nematic Liquid Crystal in a Tube - The Freedericksz Transition.
  D.R.M. Williams, A. Halperin,
  Physical Review E, Rapid Communications 48, 2366, 1993.
  
  
• 24. Grafted Polymers in Poor Solvents - Shear-Induced Shrinkage.
  D.R.M. Williams,
  Macromolecules 26, 5806, 1993.
  
  
• 25. Filled Polymer Brushes: A Hydrodynamic Analogy.
  D.R.M. Williams, P. Pincus,
  Europhysics Letters 24, 29, 1993.
  
  
• 26. Moduli of Polymer Brushes, Contact Mechanics, and Atomic Force Microscope Experiments.
  D.R.M. Williams,
  Macromolecules 26, 5096, 1993.
  
  
• 27. Step equalization in epitaxial growth - a noise-limited process.
  D.R.M. Williams, M. Krishnamurthy,
  Applied Physics Letters. 62, 1351, 1993.
  
  
• 28. 3D Convex Particles at Interfaces.
  D.R.M. Williams, E. Raphael,
  Journal of Colloid and Interface Science 155, 509, 1993.
  
  
• 29. Dynamics of periodic step-bunching during growth on vicinal GaAs(1001) surfaces: computer simulations and experiments.
  M. Krishnamurthy, D.R.M. Williams, P.M. Petroff,
  In: Common Themes and Mechanisms of Epitaxial Growth.
  Editors: P.H. Fuoss, J. Tsao, D. Kisker, A. Zangwill, T. Kuech,
  page 312, MRS Pittsburgh 1993.
  
  
• 30. Instabilities in MBE Growth.
  A.W. Hunt, C. Orme, D.R.M. Williams, B.G. Orr, L.M. Sander,
  Europhysics Letters 27, 611, 1994.
  
  
• 31. Escape Transitions and Force Laws for Compressed Polymer Mushrooms.
  G. Subramanian, D.R.M. Williams, P. Pincus,
  Europhysics Letters 29, 285, 1994.
  
  
• 32. Cylindrical Phases of Isotropic Diblock Copolymers as Giant Nematic Worms: Frank Elasticity and Fr\'eedericksz Transitions.
  D.R.M. Williams,
  Physical Review E, Rapid Communications 49, 1811, 1994.
  
  
• 33. Shear of Diblock Copolymer Lamellae: Width changes and Undulational Instabilities.
  D.R.M. Williams, F.C. MacKintosh,
  Macromolecules 26, 7677, 1994.
  
  
• 34. Polymer Brushes as Pressure-Sensitive Automated Microvalves.
  E.M. Sevick, D.R.M. Williams,
  Macromolecules 27, 5285, 1994.
  
  
• 35. Doubly Anchored Nematic Polymer Brushes: Shear, Field Effects and Quasi-Piezolectricity.
  A. Halperin, D.R.M. Williams,
  Physical Review E, Rapid Communications 49, 986, 1994.
  
  
• 36. Liquid Crystalline Polymers in Nematic Solvents: Extension and Confinement.
  A. Halperin, D.R.M. Williams,
  In: Soft Order in Physical Systems.
  Editors: R. Bruinsma, Y. Rabin,
  page 159, Plenum New York 1994.
  
  
• 37. Liquid crystalline Polymers in Nematic Solvents: Interfacial Behavior and Active Anchoring.
  A. Halperin, D.R.M. Williams,
  Journal of Physics, Condensed Matter 6, 297, 1994.
  
  
• 38. Nematic Distortions in Adjustable Geometries: Repartitioning and Instabilities.
  D.R.M. Williams, A. Halperin,
  Journal de Physique 4, 1633, 1994.
  
  
• 39. Nematic Liquid Crystals Between Antagonistic Cylinders - Spirals with Bend-Splay Director Undulations.
  D.R.M. Williams,
  Physical Review E 50, 1686, 1994.
  
  
• 40. Liquid Crystalline Polymers in Nematic Solvents.
  D.R.M. Williams, A. Halperin,
  In: Electrical, Optical, and Magnetic Properties of Organic Solid State Materials
  Editors: L. Dalton,
  page 0, MRS Pittsburgh 1994.
  
  
• 41. Liquid Crystalline Polymers-Interfacial Properties.
  A. Halperin, D.R.M. Williams,
  Discussions of the Faraday Society 98, 295, 1994.
  
  
• 42. Instabilities in MBE Growth: the SLUG Model.
  A.W. Hunt, C. Orme, D.R.M. Williams, B.G. Orr, L.M. Sander,
  In: Patterns and Scaling in the Growth of Thin Films
  Editors: Unknown ,
  page 0, NATO, ASI Cambridge 1994.
  
  
• 43. Motion of a Polyelectrolyte Chain Hooked around a Post.
  E.M. Sevick, D.R.M. Williams,
  Physical Review E, Rapid Communications 50, 3357, 1994.
  
  
• 45. Corrugational Instabilities of Thin Copolymer Films.
  D.R.M. Williams,
  Physical Review Letters 75, 453, 1995.
  
  
• 46. Coil-Stretch Transitions for Grafted Polymers in Spatially Varying Flows
  E.M. Sevick, D.R.M. Williams,
  Europhysics Letters 31, 357, 1995.
  
  
• 47. Swelling Kinetics of Layered Structures: Triblock Copolymer Mesogels.
  C.-M. Chen, F.C. MacKintosh, D.R.M. Williams,
  Langmuir 11, 2471, 1995.
  
  
• 48. Pressure-Sensitive Microvalves Made From Polymer Brushes.
  E.M. Sevick, D.R.M. Williams,
  In: Materials for Smart Systems
  Editors: E.P. George,
  page 217, MRS Pittsburgh 1995.
  
  
• 49. Porous Membranes With Grafted Polymers: Valves and Sensors.
  E.M. Sevick, D.R.M. Williams,
  In: Advances in Porous Materials
  Editors: S. Komarneni,
  page 119, MRS Pittsburgh 1995.
  
  
• 50. 1D Excited Granular Media: Clustering and Equation of State.
  D.R.M. Williams, F.C. MacKintosh,
  In: Fractal Aspects of Materials
  Editors: F. Family,
  page 151, MRS Pittsburgh 1995.
  
  
• 51. Polymer Mushrooms Compressed Under Curved Surfaces
  D.R.M. Williams, F.C. MacKintosh,
  Journal de Physique 5, 1407, 1995.
  
  
• 52. Rod-like Polymers in Nematic Solvents: Mechanically and Electrically Driven Frederiks-likeTransitions.
  D.R.M. Williams, A. Halperin,
  Langmuir 11, 3626, 1995.
  
  
• 53. Polymer Brush-Lined Membranes for Flow and Filtration Control.
  E.M. Sevick, F.A. Bruce, D.R.M. Williams,
  In: Polymer/InorganicInterfaces II
  Editors: L.T. Drzal,
  page 151, MRS Pittsburgh 1995.
  
  
• 57. Collision of a Field-Driven Polymer with a Post: Electrophoresis in Microlithographic Arrays.
  E.M. Sevick, D.R.M. Williams,
  Physical Review Letters 76, 2595, 1996.
  
  
• 58. Driven Granular Media in 1-d: Correlations and Equation ofState.
  D.R.M. Williams, F.C. MacKintosh,
  Physical Review E, Rapid Communications 54, 9, 1996.
  
  
• 59. Interactions Between Finite-Sized Particles and End-Grafted Polymers.
  G. Subramanian, D.R.M. Williams, P. Pincus,
  Macromolecules 29, 4045, 1996.
  
  
• 60. Driven Granular Media and Dissipative Gases: Correlations and Liquid-Gas Phase Transitions.
  D.R.M. Williams,
  Physica A 233, 718, 1996.
  
  
• 61. Strain Effects in Epitaxial Growth.
  D.R.M. Williams, L.M. Sander,
  In: Evolution of Epitaxial Structure and Morphology
  Editors: A. Zangwill,
  page 0, MRS Pittsburgh 1996.
  
  
• 62. Collision of a field-driven polymer with a post: Implications for Electrophoresis in Microlithographic Arrays.
  E.M. Sevick, D.R.M. Williams,
  In: MRS Fall Symposium
  Editors: Unknown ,
  page 0, MRS Pittsburgh 1996.
  
  
• 63. Anomalous Height Increases Upon Bending for an Alexander-de Gennes Polymer Brush.
  E.M. Sevick, D.R.M. Williams,
  Journal of Chemical Physics 105, 9334, 1997.
  
  
• 64. Driven Granular Media and Dissipative Gases: Phase Transitions and Instabilities.
  D.R.M. Williams,
  Australian Journal of Physics 50, 425, 1997.
  
  
• 65. Grafted Rod-Coil Polymers: Jellyfish Surface Micelles.
  E.M. Sevick, D.R.M. Williams,
  Colloids and Surfaces A 130, 387, 1997.
  
  
• 66. Escape Transitions for Grafted Polymers in Theta Solvents.
  M. Guffond, E.M. Sevick, D.R.M. Williams,
  Langmuir 13, 5691, 1997.
  
  
• 67. Diffusivity transients and radiative recombination in intermixed In0.5Ga0.5As/GaAs quantum structures.
  R. Leon, D.R.M. Williams, J Krueger, E.R. Weber, M.R. Melloch,
  Physical Review B, Rapid Communications 56, 4336, 1997.
  
  
• 68. Diblock copolymer thin films on heterogeneous striped surfaces: Commensurate, incommensurate and inverted lamellae.
  G.G. Pereira, D.R.M. Williams,
  Physical Review Letters 80, 2849, 1998.
  
  
• 69. Surface crinkling of strained diblock copolymer smectic thin films on striped substrates
  G.G. Pereira, D.R.M. Williams,
  Europhysics Letters 44, 302, 1998.
  
  
• 70. Formation of self-assembled trenches and quantum-wires during epitaxial growth of strained GeSn alloys on Ge(100): Kinetic pathway to phase separation?
  X. Deng, B.-K. Yang, S.A. Hackney, M. Krishnamurthy, D.R.M. Williams,
  Physical Review Letters 80, 1022, 1998.
  
  
• 71. Semi-Flexible Polymers Grafted to Surfaces: Doughnut and Tower Micelles
  J.N. Bright, D.R.M. Williams,
  In: Materials Science of the Cell
  Editors: B. Mulder, V. Vogel, C. Schmidt,
  page 277, MRS Pittsburgh 1998.
  
  
• 72. Equilibrium properties of diblock copolymer thin film on a heterogeneous striped surface
  G.G. Pereira, D.R.M. Williams,
  Macromolecules 31, 5904, 1998.
  
  
• 73. Collapse of semi-flexible brushes in poor solvents: tilting and bending
  J.N. Bright, D.R.M. Williams,
  Europhysics Letters 48, 540, 1999.
  
  
• 74. A polymer end-tethered to a potential stripe: A simple example of an escape transition
  E.M. Sevick, D.R.M. Williams,
  Macromolecules 32, 6841, 1999.
  
  
• 75. Undulational instabilitiesof smectic thin films on a heterogeneous patterned surface under positive and negative strains: The caseof diblock copolymers.
  G.G. Pereira, D.R.M. Williams,
  Journal of Chemical Physics 110, 9223, 1999.
  
  
• 76. Thin diblock films on patterned surfaces: Computer simulations and the Frenkel-Kontorowa model.
  G.G. Pereira, D.R.M. Williams,
  Physical Review E 60, 3431, 1999.
  
  
• 77. Polymers Grafted onto Strongly Adsorbing Surfaces in Poor Solvents: Stretching, Fission, Phase Separation and Globular Micelles in 2D.
  E.M. Sevick, D.R.M. Williams,
  Physical Review Letters 82, 2701, 1999.
  
  
• 78. Grafted semiflexible polymers in poor solvents: Toroidal and tower surface micelles.
  J.N. Bright, D.R.M. Williams,
  Europhysics Letters 45, 321, 1999.
  
  
• 79. Coil to globule collapse transitions of polymers: The effect of adsorbed surfactants.
  G.G. Pereira, D.R.M. Williams, D.H. Napper,
  Langmuir 15, 906, 1999.
  
  
• 80. Diblock copolymer thin film melts on striped heterogeneous surfaces: Parallel, perpendicular and mixed lamellar morphologies
  G.G. Pereira, D.R.M. Williams,
  Macromolecules 32, 758, 1999.
  
  
• 81. Thin films of perpendicularly oriented diblock copolymers: Lamellar distortions driven by surface-diblockinterfacial tensions
  G.G. Pereira, D.R.M. Williams,
  Macromolecules 32, 1661, 1999.
  
  
• 82. Lamellar distortionsof thin, commensurately aligned diblock copolymer films on patterned surfaces.
  G.G. Pereira, D.R.M. Williams,
  Langmuir 15, 2125, 1999.
  
  
• 83. Diblock copolymers in electric fields: The transition from parallel to perpendicular alignment using a capacitor analogy.
  G.G. Pereira, D.R.M. Williams,
  Macromolecules 32, 8734, 1999.
  
  
• 84. Membrane- and surface-grafted polymers and proteins in shear flows: Chain mobility and transport coefficients.
  J.N. Bright, D.R.M. Williams,
  Langmuir 15, 3836, 1999.
  
  
• 85. Compression of a polymer chain by a small obstacle: The effect of fluctuations on the escape transition.
  J. Ennis, E.M. Sevick, D.R.M. Williams,
  Physical Review E 60, 6906, 1999.
  
  
• 86. Dynamical Intermediates in the collapse of semiflexible polymers inpoor solvents
  B. Schnurr, F.C. MacKintosh, D.R.M. Williams,
  Europhysics Letters 51, 279, 2000.
  
  
• 87. Steric Interaction of an Incoming Particle with Grafted Rods: Exact Solutions and Unusual Force Profiles
  I.C.B. Miller, D.R.M. Williams,
  Physical Review E, Rapid Communications 61, 4706, 2000.
  
  
• 88. Smectic rod-coil meltthin films confined between flat plates: Monolayer-bilayer and parallel-perpendicular transitions.
  G.G. Pereira, D.R.M. Williams,
  Macromolecules 33, 3166, 2000.
  
  
• 89. Interfacial profiles of mismatched lamellae in thin diblock copolymer films.
  G.G. Pereira, D.R.M. Williams, A. Chakrabarti,
  Journal of Chemical Physics 112, 10011, 2000.
  
  
• 90. Crystaline Toroidal Globules of DNA andother Semi-flexible Polymers: Jumps in Radius Caused by Hexagonal Packing.
  G.G. Pereira, D.R.M. Williams,
  Europhysics Letters 50, 559, 2000.
  
  
• 91. Specific ion effects: Why DLVO theory fails for biology and colloid systems.
  M. Bostrom, D.R.M. Williams, B.W. Ninham,
  Physical Review Letters 8716, 8103, 2001.
  
  
• 92. Toroidal condensates ofsemi-flexible polymers in poor solvents: Adsorption, stretching and compression
  G.G. Pereira, D.R.M. Williams,
  Biophysical Journal 80, 161, 2001.
  
  
• 93. Surface Tension of Electrolytes:Specific Ion Effects Explained by Dispersion Forces.
  M. Bostrom, D.R.M. Williams, B.W. Ninham,
  Langmuir 17, 4475, 2001.
  
  
• 94. Shear-dependent boundary slip in aqueous Newtonian liquid.
  C. Netto, V. Craig, D.R.M. Williams,
  Physical Review Letters 8705, 4504, 2001.
  
  
• 95. Long-lived States in Electrophoresis: Collision of a PolymerChain with Two or More Obstacles
  E.M. Sevick, D.R.M. Williams,
  Europhysics Letters 5, 529, 2001.
  
  
• 96. Influence of Hofmeister effects on surface pH and binding of peptides to membranes.
  M. Bostrom, D.R.M. Williams, B.W. Ninham,
  Langmuir 18, 8609, 2002.
  
  
• 97. Ion specificity of micelles explained by ionic dispersion forces.
  M. Bostrom, D.R.M. Williams, B.W. Ninham,
  Langmuir 18, 6010, 2002.
  
  
• 98. The influence of ionic dispersion potentials on counterion condensation onpolyelectrolytes.
  M. Bostrom, D.R.M. Williams, B.W. Ninham,
  Journal of Physical Chemistry B 106, 7908, 2002.
  
  
• 99. Stretching polymers in poor and bad solvents: Pullout peaks and an unraveling transition.
  I.R. Cooke, D.R.M. Williams,
  Europhysics Letters 64, 267, 2003.
  
  
• 100. Hofmeister effects in membrane biology: The role of ionic dispersion potentials.
  M. Bostrom, D.R.M. Williams, P.R. Stewart, B.W. Ninham,
  Physical Review E 18, 6804, 2003.
  
  
• 101. Specific ion effects: The role of co-ions in biology.
  M. Bostrom, D.R.M. Williams, B.W. Ninham,
  Europhysics Letters 63, 620, 2003.
  
  
• 102. Hofmeister Effects in pH Measurements: Role of Added Salt and Co-Ions.
  M. Bostrom, V.S.J. Craig, R. Albion, D.R.M. Williams, B.W. Ninham,
  Journal of Physical Chemistry B 107, 2875, 2003.
  
  
• 103. Collapse Dynamics of Block Copolymers in Selective Solvents: Micelle Formation and theEffect of Chain Sequence.
  I.R. Cooke, D.R.M. Williams,
  Macromolecules 36, 2149, 2003.
  
  
• 104. Specific Ion Effects: why the properties of Lysozyme in Salt Solutions follow aHofmeister Series
  M. Bostrom, D.R.M. Williams, B.W. Ninham,
  Biophysical Journal 85, 686, 2003.
  
  
• 105. Evidence of Shear-dependent boundary slip in Newtonian liquids.
  C. Neto, V. Craig, D.R.M. Williams,
  European Physics Journal E (electronic) 12, 71, 2003.
  
  
• 106. Specific ion effects: Why Colloid Science has Failed to Contribute to Biology.
  M. Bostrom, D.R.M. Williams, B.W. Ninham,
  Current Opinion in Colloid and Interface Science 123, 110, 2004.
  
  
• 107. Hofmeister effects in colloid science and biology explained by dispersion forces: analyticresults for the double layer interaction
  S.A. Edwards, D.R.M. Williams,
  Current Opinion in Colloid and Interface Science 9, 139, 2004.
  
  
• 108. Collapse of Flexible-Semiflexible Copolymers in Selective Solvents:Single Chain Rods, Cages and Networks
  I.R. Cooke, D.R.M. Williams,
  Macromolecules 37, 5778, 2004.
  
  
• 109. Novel Conformations of Isolated Semiflexible Block Copolymers.
  E. Hernandez Zapata, I.R. Cooke, D.R.M. Williams,
  Physica A 339, 45, 2004.
  
  
• 110. Condensed States of a Semiflexible Homopolymer: ordered globules and Toroids.
  I.R. Cooke, D.R.M. Williams,
  Physica A 339, 45, 2004.
  
  
• 111. Specific ion effects: Role of salt and buffer in protonation ofcytochrome c
  M. Bostrom, D.R.M. Williams, B.W. Ninham,
  European Physics Journal E 13, 239, 2004.
  
  
• 112. Specific Ion Effects: Why Colloid Science has failed to Contribute to Biology
  M. Bostrom, D.R.M. Williams, B.W. Ninham,
  Progress in Colloid and Polymer Science 123, 110, 2004.
  
  
• 113. Double layers and interparticle forces in colloid scienceand biology: Analytic results for the effect of ionicdispersion forces.
  S. A. Edwards, D.R.M. Williams,
  Physical Review Letters 92, 248303, 2004.
  
  
• 114. Experimental study of the fluctuation theorem in a nonequilibrium steady state .
  G.M. Wang, J.C. Reid, D.M. Carberry, D.R.M. Williams, E.M. Sevick, D.J. Evans,
  Physical Review E 0, 0, 2005.
  
  
• 115. Constrained dewetting of polymers grafted onto a nonadsorbing surface in poor solvents: Frompancake micelles to the holey layer.
  J Huh, C.H. Ahn, W.H. Jo, J.N. Bright, D.R.M. Williams,
  Macromolecules 38, 2974, 2005.