Note: Front Cover -- Frontiers in Dusty Plasmas -- Copyright Page -- Contents -- Preface -- Introduction -- Part I: Basic Dusty Plasmas -- Chapter 1. Perspectives of collective processes in dusty plasmas: a keynote address -- Chapter 2. Non-ideal effects in dusty plasmas -- Chapter 3. The kinetic approach to dusty plasmas -- Chapter 4. Dynamical and structural properties of strongly coupled dusty plasmas -- Chapter 5. Directional ordering and dynamics in dusty plasmas -- Chapter 6. Multiple-sheath and the time-dependent grain charge in a plasma with trapped ions -- Chapter 7. Surface charge on a spherical dust -- Chapter 8. Numerical simulation model for dust expansion into a plasma -- Chapter 9. Interaction potential between two Debye spheres -- Chapter 10. Coupling of waves and energy conversion in a slowly varying nonuniform dusty plasma -- Part II: Plasma Crystals - New Material -- Chapter 11. Classical atom-like dust Coulomb clusters in plasma traps -- Chapter 12. Crystallography and statics of Coulomb crystals -- Chapter 13. Monolayer plasma crystals: experiments and simulations -- Chapter 14. Nonlinear dust equilibria in space and laboratory plasmas -- Chapter 15. Dust particle structures in low-temperature plasmas -- Chapter 16. Experimental evidence for attractive and repulsive forces in dust molecules -- Chapter 17. Self-organization in dusty plasmas -- Chapter 18. Dynamical properties of strongly coupled dusty plasmas -- Chapter 19. Structures and structural transitions in strongly-coupled Yukawa dusty plasmas and mixtures -- Chapter 20. Vortex chains and tripolar vortices in dusty plasma flow -- Chapter 21. Dynamical structure factor of dusty plasmas including collisions -- Chapter 22. Melting of the defect dust crystal in a rf discharge -- Part III: Industrial Applications. , Chapter 23. On the powder formation in industrial reactive rf plasmas -- Chapter 24. Trapping and processing of dust particles in a low-pressure discharge -- Chapter 25. Effects of gravity, gas and plasma on arc-production of fullerenes -- Chapter 26. Formation of dust and its role in fusion devices -- Chapter 27. The formation and behavior of particles in silane discharges -- Chapter 28. Dust particles influence on a sheath in a thermoionic discharge -- Chapter 29. Plasma deposition of silicon clusters: a way to produce silicon thin films with medium-range order? -- Part IV: Atmospheric and Astrophysics -- Chapter 30. Formation of a dust-plasma cloud -- Chapter 31. Effects of dust on Alfvén waves in space and astrophysical plasmas -- Chapter 32. Investigation of plasma irregularity generation in expanding ionospheric dust clouds -- Chapter 33. Mass distributions and self-gravitation in dusty plasmas -- Chapter 34. Statistical description and 3D computer modeling of relaxing dusty plasmas -- Chapter 35. Regular structures in dusty plasmas due to gravitational fields -- Chapter 36. A rocket-borne detector for charged atmospheric aerosols -- Chapter 37. Paleo-heliosphere: effects of the interstellar dusty wind based on a laboratory simulation -- Chapter 38. Current loop coalescence in dusty plasmas -- Chapter 39. Jeans-Buneman instability in non-ideal dusty plasmas -- Part V: Basic Experiments -- Chapter 40. Waves and instabilities in dusty plasmas -- Chapter 41. Dust charging in the laboratory and in space -- Chapter 42. Charging measurements and planetary ring simulation by fine particle plasmas -- Chapter 43. Structure controls of fine-particle clouds in dc discharge plasmas -- Chapter 44. Structural formation and stability of Coulomb clouds in medium through low gas pressure range -- Poster Session. , Poster Session A: Basic Physics of Dusty Plasmas -- Chapter 45. Kelvin-Helmholtz instability in weakly non-ideal magnetized dusty plasmas with grain charge fluctuations -- Chapter 46. Self-similar expansion of a non-ideal unmagnetized dusty plasma -- Chapter 47. Computer modeling of non-linear sheaths with dust particles -- Chapter 48. The gravitational effect on negatively-charged dust-grains in a plasma -- Chapter 49. Stationary equilibria of dusty plasmas -- Chapter 50. Photoelectric charging of dust particles -- Chapter 51. Influence of dust grains rotation on waves dispersion in plasmas -- Chapter 52. Plasma-maser instability in magnetized dusty plasma -- Chapter 53. Ion bursts in a negative ion plasma -- Chapter 54. Nonlocal effects in an ion beam driven ion acoustic waves in a magnetized dusty plasma -- Chapter 55. Experimental observation of attraction of massive bodies in a plasma -- Chapter 56. The role of random grain-charge fluctuations in dusty plasmas -- Chapter 57. Shock waves in plasmas containing dust particles -- Chapter 58. Investigation of the ordered structure formation in a thermal dusty plasma -- Chapter 59. Separation of diamagnetic fine particles in a non-uniform magnetic field -- Chapter 60. Minimal charge asymmetry for Coulomb lattices in colloidal plasmas: effects of nonlinear screening -- Chapter 61. Characteristics of asymmetric ion sheath in a negative ion plasma -- Chapter 62. Coherent interaction model of attractive forces in the plasma crystals -- Chapter 63. Charge distribution function of negatively and positively charged plasma dust particles -- Chapter 64. Control of ultra-fine particles in plasma by an electromagnetic field -- Poster Session B: Strongly Coupled Dusty Plasmas -- Chapter 65. Damping of collective excitations in Coulomb crystals. , Chapter 66. Behaviour of particles released from inner walls in an ECR plasma etch tool -- Chapter 67. Anomalous diffusion and finite size effect in strongly coupled 2-D dust Coulomb clusters -- Chapter 68. Plasma crystals and liquids in DC glow discharge -- Chapter 69. Formation of ring-shaped fine-particle clouds in a DC plasma -- Chapter 70. Vertical spread of fine-particle clouds in a magnetized DC plasma -- Chapter 71. Vertical string structure of fine particles in a magnetized DC plasma -- Chapter 72. Determination factor of Coulomb crystal structure in dusty plasmas -- Chapter 73. Instabilities of dust particles levitated in an ion sheath with low gas pressure -- Chapter 74. Instabilities of the dust-plasma crystal -- Chapter 75. Some remarks on dust lattice waves in plasma -- Chapter 76. Artificial fireball as dust-plasma cloud -- Chapter 77. Quenching of a high-temperature phase of Fe nanoparticles by a microwave plasma processing -- Chapter 78. Observation of dust particles trapped in a diffused plasma produced by low pressure RF discharge -- Chapter 79. RF potential formation in a magnetised plasma containing negatively charged particles -- Chapter 80. Formation of particle conglomerates in a methane discharge -- Chapter 81. Change of the potential relaxation instability in a plasma containing heavy C-60 ions -- Chapter 82. Experimental verification of dust particle's transport by ambipolar E×B drift -- Chapter 83. Nuclear induced dusty plasma structures -- Chapter 84. Experimental investigation and numerical simulation of inductively coupled dusty plasma -- Chapter 85. Dust wake in a collisional plasma -- Chapter 86. Measurement of electric charge of dust particles in a plasma -- Chapter 87. Transport of a polydisperse ensemble of dust particles in plasma. , Chapter 88. Influence of the lattice symmetry on melting of the bilayer Wigner crystal -- Poster Session C: Collective Effects and Astrophysics -- Chapter 89. Effects of dust grains on planar RF discharges -- Chapter 90. Experimental studies of UV-induced dusty plasmas under microgravity -- Chapter 91. Parameters of dusty particles in plasma flows -- Chapter 92. Hard X-rays from high power density plasma "dust -- Chapter 93. From dusty plasma target to hard X-ray lasant media -- Chapter 94. Coupling between Jeans and X-modes in self-gravitating magnetized dusty plasmas -- Chapter 95. Fluctuation electrodynamics of dusty plasmas -- Chapter 96.Measurement and modeling of particle spacing in strongly coupled dusty plasmas.

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