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【分享】Arkansas大学地学精品课程5门【已搜无重复】
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搞地学的，一定要博学，为什么呢？ 因为地球这么大！！！ 废话少说，五门课程的，岩石学，普通地质，火山过程，地球化学和GPS应用，每门课程包括参考教材，教学ppt，实验指导和家庭作业，等等，实在是地学必备之倚天剑、屠龙刀，教学科研之葵花宝典、武穆遗书！建议多多观摩学习，多多应用实践，加以时日，神功必成！！！在此先提前恭喜诸位了！！！ Petrology of Igneous and Metamorphic Rocks Honors General Geology: Introduction to Physical Geology Volcanic Processes and Hazards Principles of Geochemistry Applications of GPS Geodesy in Geosciences 课程地址： http://comp.uark.edu/~mattioli/class_list.html 觉得好，就顶一下哦！ps，内容比较多，文件比较大，本楼主就不作搬运工了，请选择自行下载！以下几楼会贴出课程内容！ [ Last edited by wbaishi on 2008-12-9 at 21:07 ] |
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地球化学原理课程如下： http://comp.uark.edu/~mattioli/geol_4063.html Lecture 1a: Atomic Structure Review: Basic Terms, Bohr Atom, and Quantum Numbers Lecture 1b: GSM notes on Bohr Atomic Model Development Lecture 2: The Periodic Table: Elemental Groups, Electronic Configurations, and Formula Weights Lecture 3: The Periodic Table: Periodic Law, Ionization Potential, Electronegativity, and Atomic Radii Lecture 4: Ionic Substitution, Goldschmidt's Rules, and Distribution Coefficients Lecture 5: Introduction to Thermodynamics: Equilibrium, Heat Capacity, and Enthalpy Lecture 6: Thermodynamics II: Gibbs Free Energy Function, Chemical Potential, Solutions, and Activities Lecture 7: Thermodynamics: Additional Lecture Notes Lecture 8: Feldspar Weathering Lecture Notes Lecture 9: Evaporite Formation and Rayleigh Distillation Lecture Notes Lecture 10: Fluid and Gases: Fugacity, Equations of State, and Oxygen Buffers Lecture 11: Trace Element Partitioning, Rb-Sr Systematics, and Geochronology Lecture 12: Thermodynamics of Dilute Solutions Lecture Notes [ Last edited by seacliff on 2008-7-25 at 09:29 ] |
6楼2008-07-25 09:23:52
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物理地质学的课程如下： http://comp.uark.edu/~mattioli/geol_1113h.html Lecture 1: Class Objectives and Overview of Physical Geology Lecture 2: Minerals I: Atoms, chemical bonding, and silicate minerals Lecture 3: Minerals II: Physical properties and diagnostic tests Lecture 4: Igneous Rocks I: Identification and classification Lecture 5: Igneous Rocks II: Heat, magma generation, and differentiation Lecture 6: Volcanic Rocks I: Intro to volcanic processes and controls, rocks, and MSH eruption Lecture 7: Volcanic Rocks II: Volcano types, lava floods, composite volcanoes, and SHV and hazards Lecture 8: Weathering, erosion, and soil formation Lecture 9: Sedimentary Rocks: Clastic and chemical sedimentary rocks and environments of deposition Lecture 10: Metamorphism: Processes, rocks, hydrothermal alteration, and tectonics Lecture 11: Geologic Time: Principles of relative age dating, radiometric dating, and the age of the Earth Lecture 12: Mass Wasting Lecture 13: Streams and Floods: Stream basics, erosion, and transport, deposition, deltas, and floods Lecture 14: Ground Water: Principles and Problems Lecture 15: Glaciers and Glaciation Lecture 16: Deserts and Wind Action Lecture 17: Waves, Beaches, and Coasts Lecture 18: Geologic Structures: Stress, strain, folds, and faults Lecture 19: Earthquakes: Elastic rebound, seismic waves, and locating earthquakes and their effects Lecture 20: Geophysics: Isostosy, gravity, magnetics and heat flow Lecture 21: The Sea Floor: Methods of study, morphology, and processes Lecture 22: Plate Tectonics: Continental Drift, paleomagnetism, sea floor spreading, driving forces Lecture 23: Orogenesis: Mountain Belts and the Continental Crust [ Last edited by seacliff on 2008-7-25 at 09:25 ] |
2楼2008-07-25 09:18:15
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火成岩和变质岩课程如下： http://comp.uark.edu/~mattioli/geol_3313.html Lecture 1: Introduction to Earth Structure and Principles of Petrology Lecture 2: Igneous Rock Classifications Lecture 3: Rock Types, Silica and Alumina Saturation, Basalt Tetrahedron Lecture 4: Trace Elements and Isotopic Systematics Lecture 5: Thermodynamics and Kinetics Lecture 6: Volatiles in Magmatic Systems Lecture 7: The Phase Rule and Simple Binary Phase Diagrams Lecture 8: Ternary Phase Diagrams and Granite Systematics Lecture 9: Earth Structure and Constraits on Mantle Phase Transitions (pdf) Lecture 9b: Upper Mantle Structure and Composition: Ophiolites and Ridge Crests (new) Lecture 10: Mantle Chemistry, Melt Generation, and Trace Elements (revised) Lecture 11: Primary melts and MORBs (pdf) Lecture 12: Island and Continental Arc Magmatism (pdf) Lecture 13: Introduction to Metamorphism Rocks and Processes Lecture 14: Metamorphic, Terranes, Facies, and Reactions [ Last edited by seacliff on 2008-7-25 at 09:28 ] |
3楼2008-07-25 09:21:53
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火山过程和灾害课程如下： http://comp.uark.edu/~mattioli/geol_560.html Lecture 1: Plate Tectonic Overview and Introduction to Energy, Work, and Heat Lecture 2: Introduction to Volcanos I: Volcanic Processes and Volcano Types Lecture 3: Magmatic Volatiles and Explosive Eruptions Lecture 4: Introduction to Volcanos II: Volcanic Rocks, Structures, and Eruptions Lecture 5: Terrestrial and Extraterrestrial Basalts: Summary and Review Lecture 6: Four Classic Eruptions: Case Studies Lecture 7: Volcano Morphology, Deposits, and Growth Lecture 8: Ignimbrites: Textures and Microscopic Features Lecture 9: Pelean Eruptions: Ongoing Research at Soufriere Hills Volcano, Montserrat [ Last edited by seacliff on 2008-7-25 at 09:28 ] |
4楼2008-07-25 09:22:22
