Mineralogy

This note describes the following topics: Crystallography, Optical Mineralogy, X-ray Diffraction, Crystal Chemistry, Sillicate Minerals, Silica Polymorphs, Feldspars, Micas, Calculating Mineral Formulas, Composition Axes, Triangular Graph Paper.

The principal objective of this note is to enable you to identify and interpret the most common rockforming and economic minerals in hand sample. Major topics covered includes: Symmetry, Crystal Morphology, Stereographic Projections, Twins, and X-ray, Crystal Chemistry, Coordination Polyhedra, Pauling's Rules and Defects, Silicate Structures, Optical Mineralogy.

This lecture note covers the following topics: Origin of Elements and Composition-Structure of the Earth, Physical Properties of Minerals, Chemical Properties of Minerals, Chemistry and Structure of Minerals, Optical Properties of Minerals, Isotropic and Uniaxial Minerals, Biaxial Minerals and Descriptive Mineralogy.

This book is all about minerals. This fascinating scarce text comprises a wonderfully detailed handbook on the subject of mineralogy. Considered by many to be the ultimate encyclopaedia of mineralogy, this text is very comprehensive and detailed, and has provided the basis for a plethora of other mineralogy and crystallography books.

This note covers the following topics: Introduction to Light, Polarized Light, Refractive Index , Cross Polarized Light and Interference, Essential Principles of Chemistry, Ionic Coordination and Silicate Structure, Symmetry, Mineral Chemistry, Analytical Methods in Mineralogy, Photoshop Primer, Minerals and Igneous Rocks, Sedimentary Rocks, Metamorphic Rocks, Hydrothermal Systems, Minerals and Health.

The overarching goals of this note is to develop an understanding of the physical and chemical properties that make specific minerals similar and unique, identify minerals optically, learn the fundamental techniques of mineral analysis, and understand the relationship between minerals and broader geological processes.

This note explains the following topics: Crystallography and Mineral Chemistry Calculations, Atomic Structures and Ionic Substitution, Mineral Classification and Related Concepts, Physical Properties, Non Silicates.

This note covers the following topics: Mineral Properties, Mineral Composition Variability, Unary Phase Diagrams, Piezoelectricity, Binary Phase Diagrams, Pyroelectricity, Internal Order and Symmetry, Properties of Light, Atoms and Quantum Numbers, Crystal Systems, Optical Properties of Minerals, Periodic Table, Crystal Growth, Optical Indicatrix, Bonding in Minerals, Twinning, X-ray Crystallography, Coordination Principle, Color in Minerals, Radius Determination Magnetism, Pauling's Rules.

This PDF lab manual covers the following topics related to Mineralogy and Optical Mineralogy : Introduction to the Mineralogy and Optical Mineralogy, Analytical Equipment for Identifying Minerals, Introduction to the Polarized Light Microscope , Polarization and Vibration Direction of Light, Properties of Minerals, Physical Properties of Minerals, Optical Properties of Minerals, Characterization of Minerals, Framework Silicates, Sheet Silicates, Chain Silicates, Orthosilicates, Non-Silicates, Special Projects, Build Your Own Spindle Stage and Use With EXACLIBR W, Mineral Collection.

This PDF covers the following topics related to Optical Mineralogy : Light, Polarizing light microscope and geological samples, Refractive index and its measurement, Optical classes - indicatrix theory, Relationship of optical properties to crystal chemistry, Advanced methods in optical mineralogy.