Dynamic Processes of Material Transport and Transformation in the Earth's Interior

l: Physics and Chemistry of Rock Forming Minerals.- 1.1 Theoretical Approach to Structures and Properties of Silicate Minerals.- 1.1.1 Molecular Dynamics Simulation of Silica with a First-Principles Interatomic Potential.- 1.1.2 First-Principles Electronic Theory on a Possible High-Pressure Phase of Silica.- 1.2 Structures and Properties of Silicate Melts.- 1.2.1 Structure of Silicate Melts Determined by X-Ray Diffraction.- 1.2.2 Coordinations of Transition Metals in Amorphous Silicates.- 1.2.3 Physical Properties of Silicate Melts.- 1.2.4 Electrochemistry of Silicate Melts.- 1.3 Chemistry of Hydrothermal Solutions.- 1.3.1 Sulfide Complexes Dissolved in Hydrothermal Solutions-Solubility Studies on Ag2S and ZnS.- 1.3.2 Hydrothermal Synthesis of Pentlandite.- 1.3.3 Material Transfer During Metamorphic Processes: Experimental Approaches.- 2: In Situ Observation on Transformation of Rock-Forming Materials.- 2.1 In situ Observation of Nucleation, Growth and Dissolution of Crystals in Ordinary Temperature Aqueous Solutions and High Temperature Silicate Solutions.- 2.2 Electron Microscopic Studies of Defects and Transformation of Olivine and Pyroxenes.- 3: Evolution of the Earth’s Mantle.- 3.1 Crystal Structures of Mantle Minerals and Their Implications for Phase Transitions at High Pressures.- 3.2 Diffusion of Ions in Mantle Minerals at High Pressure and High Temperature.- 3.3 Thermodynamics and Stability Relations of Mantle Minerals.- 3.4 Melting Phase Relations of Mantle Peridotite up to 25 GPa: Speculations on the Origin and Evolution of the Earth’s Mantle.- 3.5 High Pressure Effect on the Melting Relation in the System Mg2SiO4-MgSiO3: Phase Transitions in the Constituent Phases and Differentiation by Melting in the Earth’s Mantle.- 3.6 Ultrahigh Pressure Melting andChemical Heterogeneity in the Deep Mantle.- 3.7 Melting Relations of an Anhydrous Abyssal Basalt at High Pressures.- 3.8 Numerical Experiments on Coupled Mantle Magmatism—Mantle Convection System as a Model Mantle Evolution.- 4: Evolution of Island Arc Crusts.- 4.1 Dynamics of Mixing between Mafic and Silicic Magmas: Evidence from Volcanic Rocks.- 4.2 Spatial Variations in the Composition of Island Arc Volcanics of Northern Japan.- 4.3 Geochemical Evolution in the Mantle Wedge.- 4.4 Origin of Fumarolic and Magmatic Waters in an Acid Volcano, Yake-Dake, Central Japan.- 4.5 Origin and Evolution of Water in Granitic Intrusions.- 4.6 Metamorphism in an Island Arc—The Japanese Islands.- 5: Dynamic Processes in Solar Nebula.- 5.1 Condensation and Sublimation of H2O Ice in Space.- 5.2 Vaporization and Condensation Experiments in the System Olivine—Hydrogen.- 5.3 Experimental Studies of Fractional Condensation and Vaporization in the Primitive Solar Nebula.- 5.4 Condensation in the Primitive Solar Nebula.