Waves in Dusty Space Plasmas

1 Plasmas and Dust.- 1.1 Plasmas as the fourth state of matter.- 1.2 Dust.- 1.3 Dusty plasmas.- 1.4 Basic properties.- 1.5 Analogies and differences.- 1.6 Reviews and books.- 1.7 Structure of the book.- 2 Charging Mechanisms and Experiments.- 2.1 Grain charging.- 2.2 Charging mechanisms for isolated grains.- 2.3 Charging model for grain ensembles.- 2.4 Charging in magnetized plasmas.- 2.5 Dusty plasma experiments.- 2.6 Single grain dynamics and planetary rings.- 3 Space Observations.- 3.1 Generalities.- 3.2 Noctilucent clouds and magnetospheric dust.- 3.3 Circumsolar dust rings and zodiacal light.- 3.4 Planetary rings.- 3.5 Cometary plasmas.- 3.6 Interplanetary dust.- 3.7 Interstellar dust clouds.- 4 Multispecies Formalism and Waves.- 4.1 General framework.- 4.2 From Liouville to kinetic equations.- 4.3 Specific complications for dusty plasmas.- 4.4 Macroscopic fluid equations.- 4.5 Maxwell’s equations.- 4.6 Waves in multispecies plasmas.- 4.7 Linear parallel modes and equilibrium streaming.- 4.8 Arbitrary angles of wave propagation without streaming.- 5 Electrostatic Modes.- 5.1 Introduction.- 5.2 Linear parallel modes in ordinary plasmas.- 5.3 Dusty plasma modes.- 5.4 General nonlinear wave theory.- 5.5 Nonlinear dusty plasma modes.- 5.6 Oblique propagation.- 5.7 Collisional and kinetic effects.- 6 Electromagnetic Modes.- 6.1 Parallel electromagnetic waves.- 6.2 Dusty plasmas.- 6.3 Magnetosonic modes.- 6.4 Reductive perturbation for nonlinear waves.- 7 Fluctuating Dust Charges.- 7.1 Charge fluctuations.- 7.2 Parallel electrostatic waves with variable dust charges.- 7.3 Kinetic theory and nonlinear developments.- 7.4 Electromagnetic waves with variable dust charges.- 7.5 Nonlinear electromagnetic waves with variable dust charges.- 7.6 Oblique and perpendicularmodes.- 8 Self-Gravitation.- 8.1 Janus faces of Jeans instabilities.- 8.2 Revisiting the Jeans swindle.- 8.3 Self-gravitation of dusty plasmas.- 8.4 Jeans-Buneman modes.- 8.5 Magnetosonic Jeans modes.- 8.6 Nonlinear modes.- 9 Mass and Size Distributions.- 9.1 Dust mass distributions.- 9.2 Parallel modes in a fluid description.- 9.3 Kinetic equations for dust distributions.- 10 Other Modes.- 10.1 Inhomogeneous plasmas and mode coupling.- 10.2 Rayleigh-Taylor, Kelvin-Helmholtz instabilities and vortices.- 10.3 Surface waves.- 10.4 Self-similar expansions.- 10.5 Lattice waves.- 11 Conclusions and Outlook.- 11.1 Comparison with observations.- 11.2 Summing up.- 11.3 Outlook.