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Part I. Cluster properties and cluster processes |
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2. Fundamentals of large clusters |
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2.1. Models for large clusters and processes with their participation |
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2.2. Stability of charged metal clusters |
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2.3. Macroscopic solid particles with a pair interaction of atoms |
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2.4. Macroscopic solid surfaces |
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2.5. Thermodynamic of large liquid clusters in parent vapor |
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3. Structures of solid clusters with pairwise atomic interactions |
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3.1. Clusters of close packed structures |
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3.2. Icosahedral cluster structures |
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3.3. Competition of cluster structures |
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4. Elementary processes and processes in gases involving clusters |
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4.1. Cluster collision processes |
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4.2. Attachment of atoms to cluster and cluster evaporation |
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4.3. Cluster heat processes in gases. |
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4.4. Combustion and catalytic processes in gases involving clusters |
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5. Clusters in external fields |
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5.1. Electric properties of large clusters |
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5.2. Radiative processes involving small particles |
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5.3. Resonance absorption of metal clusters |
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5.4. Radiative processes in heat balance and relaxation of clusters |
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5.5. Hot clusters as light sources |
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Part II. Cluster processes in gases |
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6. Cluster transport in gases and di?usion limited association of clusters |
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6.1. Transport of large clusters in gases |
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6.2. Dynamics of cluster motion in gases |
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6.3. Cluster motion in gas flows |
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6.4. Pair association of clusters limited by motion in gas |
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7. Charging of clusters in ionized gas |
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7.1. Attachment of ions to clusters in dense gas |
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7.2. Field of charged cluster in dense ionized gas |
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7.3. Attachment of ions to clusters in rare gas |
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7.4. Kinetics of cluster charging in ionized gas |
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8. Ionization equilibrium of clusters in gas |
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8.1. Ionization equilibrium for large metal clusters |
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8.2. Electron thermoemission of metal clusters |
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8.3. Ionization equilibrium for large dielectric clusters |
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8.4. Charging of clusters under action of external source |
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9. Kinetics of cluster growth |
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9.1. Cluster growth involving free atoms |
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9.2. Kinetics of cluster coagulation |
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9.3. Cluster growth during gas expansion in vacuum |
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9.4. Cluster growth through coalescence |
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9.5. Heat regime of cluster growth |
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9.6. Cluster growth in hot gas with metal-containing molecules |
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10.1. Particles in positive column of glow discharge |
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10.2. Particles in traps of gas discharge |
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10.3. Structures of particles in dusty plasma |
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11.1. Growth and charging of aerosol particles in external electric field |
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11.2. Electrical processes in aerosol plasma |
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11.3. Growth of fractal structures involving solid clusters |
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12.1. Clusters in dense arc plasma |
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12.2. Laser generation of metal clusters |
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12.3. Generation of clusters from metal surface |
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12.4. Generation of metal clusters in magnetron discharge |
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12.5. Cluster flow through exit orifice. |
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12.6. Instability of cluster plasma |
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Appendix A. Mechanical and electrical parameters of particles of ellipsoidal and close shapes |
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1.The e?ective hydrodynamic radius |
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Appendix B. Conversion factors of cluster physics |
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Appendix C. Thermodynamic parameters of elements |
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