Subsections
[Cr:4, Lc:3, Tt:0, Lb:1]
- Introduction and history of mineralogy; Crystallography; Symmetry and point group; Crystal
faces and miller indices; Zones; Forms and Habits
- X-ray diffraction; Bragg Equation and its application in mineralogy.
- Introduction to crystal chemistry - ionic radii and coordination number; Chemical bonding;
coordination polyhedra; radius ratio and Pauling’s rules; Major minor and trace elements in
minerals; Isomorphism; polymorphism; twinning; phase transformations and crystalline defects
- Introduction to optical mineralogy; petrological microscope; isotropic and anisotropic minerals;
Uniaxial and biaxial indicatrices; Optical properties in relation to indicatrices absorption and
pleochroism; extinction; birefringence; Interference figures.
- Crystal Chemistry; Basic chemistry; Crystal structure and Pauling’s Rules; Substitutions and
Ternary Diagrams; Mineral Stability and Stability Diagrams; Twinning and postcrystallization
processes; Systematic mineralogy
- Introduction to silicates; Nesosilicates; Soro- and cyclo-silicates; Ino and Phyllosilicates;
Tectosilicates; Carbonates; sulfides; phosphates. Oxides; hydroxides; halides; native elements;
Rocks and minerals – introduction to petrology
- 1. Putnis; A.; 1992; An Introduction to Mineral Science; Cambridge University Press.
- 2. Deer; W. A.; Howei; R. A.; and Zussman; J.; 2013 An Introduction to Rock Forming
Minerals (3 Edition); Mineralogical Society of Great Britain and Ireland.
- 3. Klein; C.; and Butrow; B.; 2008; The 23 edition of the Manual of Mineral Science (4
Edition); John Wiley and Sons.
- 4. Wenk; H.-R. and Bulakh; A.; 2016; Minerals – Their Constitution and Origin (2 Edition);
Cambridge University Press.
- 5. Nesse; W. D.; 2011; Introduction to Mineralogy (2 Edition); Oxford University Press.