مخطط الموضوع
MINERAL AND ENERGY RESOURCES
This course covers the processes that control the formation of ore deposits, energy and geothermal resources. Resource forming processes are examined in the framework of the tectonic, petrogenetic and geochemical evolution of the Earth's crust on local, regional and global geological scales. Thus, the course draws upon igneous, metamorphic and sedimentary processes, mineralogy, geochemistry and structural geology. To sum op, the course is designed to allow students to Understanding the phenomena that cause mineral concentrations, knowing how to identify them and knowing how to search for them.
Contact Sheet
Mr. BOUFEDAH BADISSI Mohamed Salah
Contact: boufadahbadis@gmail.com / boufedah.m@centre-univ-mila.dz
Availability: - In the laboratory: Monday, 8:00 - 11:00
- By email: Within 24 hours of receipt of the message, except in the event of unforeseen circumstances.Faculty: Natural and life sciences
Department: : Science of the Earth and the Unives
Target audience: 3rd year LMD Applied geology
Course title: MINERAL AND ENERGY RESOURCES
Semester: 02
Teaching unit: Fundamental UEF 3.1.1
Credit: 04
Coefficient: 02
Duration: COURSE: 01h30 per week
PRACTICLE WORKS: 01 hour per week
Schedule: TUESDAY: 08:00 - 09:30 (Course)
09:30 - 11:00 (Practical works)
Evaluation method: Exam + micro-interrogation
Objectives
This course covers the processes that control the formation of ore deposits, energy and geothermal resources. Resource forming processes are examined in the framework of the tectonic, petrogenetic and geochemical evolution of the Earth's crust on local, regional and global geological scales. Thus, the course draws upon igneous, metamorphic and sedimentary processes, mineralogy, geochemistry and structural geology. To sum op, the course is designed to allow students to Understanding the phenomena that cause mineral concentrations, knowing how to identify them and knowing how to search for them
Overall plane
Course Content:
- Definitions of ore deposits, mining geology, and metallogeny;
- Ore, texture, and parageneses;
- Veins, clusters, concordant and peneconcordant layers;
- Syngenetic and epigenetic mineralization;
- Basic concepts of ore deposits and the deposits of useful substances and industrial minerals:
- Metallotects
- Classification of ore deposits
- Major genetic processes and types of magmatic, metamorphic, hydrothermal, and sedimentary deposits.
Practical Work:
1 - Review of major petrographic groups: magmatic, metamorphic, and sedimentary rocks
2 - Textures and structures of macroscopic mineralizations
3 - Identification of some groups of metallic and non-metallic ores under the microscope
