**atomic liquid**- The radial distribution function
**bond vector**- The model
**bulk viscosity**- Navier-Stokes equations
**central limit theorem**- The central limit theorem | The Fokker-Planck equation
**centre of gravity (mass)**- The radius of gyration
**Chapman-Kolmogorov equation**- Green's function method | Appendix C | Appendix A
**coarse graining**- The Gaussian chain
**colloidal suspension**- The radial distribution function | The Langevin equation
**compressibility equation**- The radial distribution function
**conditional probability**- Some probabilities
**conformation****gauche minus**- The model
**gauche plus**- The model
**trans**- The model | The model

**conservation of mass**- Navier-Stokes equations
**continuity equation**- The Smoluchowski equation | The Smoluchowski equation
**correlation****direct correlation**- The Ornstein-Zernike equation and
**indirect correlation**- The Ornstein-Zernike equation and
**intermolecular correlation**- Molecular liquids
**intramolecular correlation**- Molecular liquids | Molecular liquids
**total correlation**- The Ornstein-Zernike equation and

**correlation hole**- Polymer RISM
**de Gennes**- Polymer RISM
**diffusion coefficient**- The Langevin equation
| The Smoluchowski equation
| Mathematical definition of the
**centre of mass**- Normal mode analysis | Diffusion coefficient and viscosity

**dihedral angle**- The model
**distribution function**- The Fokker-Planck equation
**Einstein equation**- The Langevin equation
**generalization**- Definition and equations of

**end-to-end vector**- The mean square end-to-end | Some results for polyethylene | The central limit theorem | Appendix A | Appendix B | Correlation of the end-to-end
**entanglement**- C. Calculation of the | The tube model
**entropy**- Flory's hypothesis
**equipartition**- The Smoluchowski time scale
**excluded volume effect**- The model | Flory's hypothesis | The central limit theorem
**external field**- Green's function method | The Smoluchowski time scale
**Flory**- The mean square end-to-end | Some results for polyethylene
**Flory's hypothesis**- Flory's hypothesis
**flow field**- Introduction | A moving sphere in | Hydrodynamic interaction in colloidal
**fluctuation-dissipation theorem**- The Langevin equation | The Fokker-Planck equation | The Smoluchowski time scale | Appendix A
**Fokker-Planck equation**- The Fokker-Planck equation | The Smoluchowski equation | Appendix A | Appendix B
**free energy**- The partition function
**freely jointed chain**- Simple models | Appendix B
**freely rotating chain**- Simple models | Appendix A
**friction**- Introduction | Introduction
**friction coefficient**- The Langevin equation | The Smoluchowski equation | Normal mode analysis
**gauche***see*conformation**Gaussian chain**- Simple models | The Gaussian chain | Green's function method | The tube model
**Gaussian chain in a box**- One Gaussian chain in
**Green's function**- Green's function method
**Hansen**- The radial distribution function
**hard sphere**- The Ornstein-Zernike equation and
**hydrodynamic interaction**- Hydrodynamic interaction in colloidal | Introduction | Definition and equations of
**hydrodynamics**- The Langevin equation | Introduction
**hypernetted chain equation**- The Ornstein-Zernike equation and
**incompressible fluid**- Navier-Stokes equations | A moving sphere in
**interaction potential**- The radial distribution function
**intermolecular correlation***see*correlation**intramolecular correlation***see*correlation**Langevin equation**- The Langevin equation | The Smoluchowski time scale | The Smoluchowski time scale | Appendix A | Appendix C | The Rouse chain | C. Calculation of the | Definition and equations of | The tube model
**Lennard-Jones**- The Ornstein-Zernike equation and
**light scattering**- The radius of gyration | The radial distribution function | The Smoluchowski time scale
**local coordinate frame**- Appendix A
**McDonald**- The radial distribution function
**mean-square displacement****monomer**- The Langevin equation | Monomer motion | Monomer motion

**mobility tensor**- Hydrodynamic interaction in colloidal | Normal coordinates and the
**molecular dynamics (MD) simulation**- Polymer RISM
**molecular liquid**- Molecular liquids
**butane**- The model
**Navier-Stokes equation**- Navier-Stokes equations
**neutron scattering**- The radial distribution function
**normal modes**- Normal mode analysis | Normal mode analysis | Normal coordinates and the
**Ornstein-Zernike equation**- The Ornstein-Zernike equation and
**particle conservation**- The Smoluchowski equation
**partition function**- The partition function
**pentane effect**- The model
**Percus-Yevick equation**- The Ornstein-Zernike equation and
**persistence length**- The mean square end-to-end | Appendix A
**plateau modulus**- Viscoelastic behavior
**polyethylene**- The partition function | Some results for polyethylene | Polymer RISM
**polyethyleneoxide**- Polymer RISM
**polymeric liquid**- Polymer RISM
**position vector**- The model
**pressure**- The radial distribution function | Introduction | Navier-Stokes equations
**primitive chain**- The tube model | Mathematical definition of the
**projection operator formalism**- Appendix B
**radial distribution function**- The radial distribution function
**radius of gyration**- The mean square end-to-end | The radius of gyration | Flory's hypothesis | Appendix A | Appendix B
**random force***see*stochastic force**reptation**- The tube model | Monomer motion | Viscoelastic behavior
**rotational isomeric state (RIS) model**- The model | Some results for polyethylene | Polymer RISM | The central limit theorem
**Rouse chain**- Introduction | The tube model | Viscoelastic behavior
**Rouse time**- Monomer motion
**scattering amplitude**- The radial distribution function
**scattering factor**- The radial distribution function
**shear flow**- A. Shear flow
**shear rate**- A. Shear flow
**shear relaxation modulus**- A. Shear flow | C. Calculation of the | Viscoelastic behavior
**shear viscosity**- Navier-Stokes equations
**Smoluchowski equation**- The Smoluchowski time scale | The Smoluchowski equation | Appendix B | Appendix C | Definition and equations of
**Smoluchowski time scale**- The Smoluchowski time scale | Definition and equations of | The tube model
**solvent effect**- Flory's hypothesis
**sphere in fluid**- A moving sphere in
**stepwise shear**- A. Shear flow
**stochastic force**- The Langevin equation | Introduction
**stochastic proces**- The Langevin equation
**Stokes equation**- Navier-Stokes equations
**Stokes friction**- A moving sphere in
**stress tensor**- A. Shear flow
| B. The stress tensor
**definition**- Navier-Stokes equations
**general**- Navier-Stokes equations
**integral expression**- C. Calculation of the
**microscopic expression**- A. General
**suspensions**- B. Suspensions

**suspension**- B. Suspensions
**theta solvent**- Flory's hypothesis
**time scale***see*Smoluchowski time scale**total derivative**- Introduction
**tube diameter**- Monomer motion
**tube fluctuations**- The tube model
**tube model**- The tube model
**universal scaling coefficient**- Flory's hypothesis
**van der Waals interaction**- Flory's hypothesis
**viscoelastic**- Introduction | A. Shear flow
**viscosity**- The Langevin equation
| Introduction
**intrinsic viscosity**- C. Calculation of the | Diffusion coefficient and viscosity
**polymer melt**- Viscoelastic behavior
**Rouse melt**- C. Calculation of the

**wavevector**- The radial distribution function
**X-ray scattering**- The radial distribution function
**Zimm chain**- Definition and equations of