地球化学 Geochemistry 绪论 第一节 地球化学的定义和任务 第二节 地球化学研究方法 第三节 地球化学的发展历史 第四节 当今地球化学热点.pptVIP

* * * * * * * Sedimentary Geochemistry S16: Chemical Diagenetic Processes in Sediments and Sedimentary Geochemistry S17: Biogeochemistry and paleoenvironmental implications of metals in marine sediments S18: Multivariate methods and heterogeneity in geochemical/hydrochemical surveys“ S19: Geochemistry of Seepage: subduction products from modern to past S20: Geology, geochemistry, and microbiology of natural gas hydrates and related methane seeps. Isotope Geochemistry S21: In Search of Isotopic Biosignatures S22: Non-Traditional Stable Isotopes S23: Molecular Isotope Geochemistry - From Natural to Anthropogenic S24: New advances in high precision trace element and isotopic analysis S25: Laser ablation ICP-MS and MC-ICPMS with applications in Earth Sciences S26: Unraveling geological processes by noble gas isotopes S27 Lithium isotope geochemistry: from oceans to mantle S28 Lanthanide Tetrad Effect and New Trends in REE Geochemistry Crustal Fluids, Mineralization, and Natural Hazards S29: Following Giggenbachs Rulers and Witnesses of Crustal Fluids: Volcanic, Geothermal and Ore Systems S30: Geochronology of ore formation processes and ore genesis in relation to the magma generation S31: Geochemistry linked to the reduction of natural hazards Mineral Sciences and Waste Confinement S32: Nano materials/minerals in geoscience by TEM S33: Mineral-fluid interfaces: molecular-scale insights to macroscopic processes S34: Geochemical Immobilization and Long-Term Isolation of Waste Crust, Mantle, and Core S35: Metamorphic Processes: Diffusion, Reaction and Fluid Flow. S36: Subduction zone processes and global material circulation S37: HP to UHP Metamorphic Mass Transfer and Chemical Cycling in Convergent Margins S38: Mantle heterogeneity and dynamics of mantle plumes Crust, Mantle, an