| Kode Mata Kuliah | GL2201 / 2 SKS |
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| Penyelenggara | 120 - Geological Engineering / FITB |
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| Kategori | Lecture |
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| Bahasa Indonesia | English |
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| Nama Mata Kuliah | Geokimia Umum | General Geochemistry |
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| Bahan Kajian | - Pendahuluan:
Sistem perkuliahan
Referensi
Pengertian dan batasan geokimia
Peran geokimia dalam geologi
Prinsip Dasar Kimia:
Sistem berkala
Konfigurasi electron
Sifat unsur
Kelimpahan Unsur Di Alam Semesta:
Teori nukleo-sintesis meteorit dan tektite
Umur alam semesta
Distribusi unsur di alam semesta
Bumi : Struktur Interior, komposisi kerak, mantel dan inti bumi
- Isotop Dan Geokronologi:
Prinsip-prinsip dasar Geokronologi
Radioaktivitas dan penentuan umur
Isotop stabil dan aplikasinya
Termodinamika Dan Kimia Kristal:
Hukum termodinamika, entropi
Kecepatan Reaksi, Difusi, Viskositas
Fugasitas
Ikatan Kimia
Struktur Kristal dan Struktur Silikat
Kesetimbangan Kimia
Sistem Larutan Padat
Diagram Fasa Satu & Dua Komponen (Tunggal & Biner)
Diagram Fasa Tiga Komponen (Terner)
- Geokimia Magma Dan Batuan Beku:
Proses diferensiasi-fraksinasi-alterasi
Unsur utama
Unsur Jarang & REE
Implikasi tektonik dan alterasi-mineralisasi
- Geokimia Larutan, Sedimentasi Dan Batuan Sedimen:
Larutan dan kelarutan
Oksidasi-reduksi
Diagram ph-Eh
Geokimia air
Air pada Temperatur Tinggi
Stabilitas mineral dan pelapukan
Sedimentasi dan batuan sedimen
Geokimia Metamorf:
Distribusi dan variasi kandungan unsur
Proses perpindahan unsur, pengontrol dan klasifikasi
Geokimia Organik:
Organik dalam batuan
Pengertian dasar dan batasan-batasan
| - Introduction:
- Lecture system
- Reference
- Definition and limitations of geochemistry
- The role of geochemistry in geology
Basic Principles of Chemistry:
- Periodic system
- Electron configuration
- Elemental properties
Element Abundance in the Universe:
- Nucleo-synthesis theory of meteorites and tektites
- Age of the universe
- Distribution of elements in the universe
- Earth: Interior structure, composition of Earth's crust, mantle and core
- Isotopes and Geochronology:
- Basic principles of Geochronology
- Radioactivity and age determination
- Stable isotopes and their applications
Thermodynamics and Crystal Chemistry:
- Laws of thermodynamics, entropy
- Reaction Speed, Diffusion, Viscosity
- Fugasitas
- Chemical Bond
- Crystal Structure and Silicate Structure
- Chemical Equilibrium
- Solid Solution System
- One & Two Component Phase Diagrams (Single & Binary)
- Three Component (Ternary) Phase Diagram
- Geochemistry of Magma and Frozen Rocks:
- Differentiation-fractionation-alteration process
- Main elements
- Rare Elements & REEs
- Tectonic and alteration-mineralization implications
- Geochemistry of Solutions, Sedimentation and Sedimentary Rocks:
- Solutions and solubility
- Oxidation-reduction
- Ph-Eh diagram
- Water geochemistry
- Water at High Temperatures
- Mineral stability and weathering
- Sedimentation and sedimentary rocks
Metamorphic Geochemistry:
- Distribution and variation of elemental content
- Element transfer process, controller and classification
Organic Geochemistry:
- Organics in rock
- Basic definitions and limitations
- Organics in oil and gas
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Memahami sifat kimia, akumulasi dan distribusi unsur di berbagai batuan dan lingkungan geologi serta pemanfaatan sifat kimia pada unsur, mineral dan batuan untuk bidang kegeologian.
- Memiliki kemampuan menjelaskan keterkaitan/peran kimia dan prinsip-prinsipnya dalam proses geologi dan memanfaatkannya untuk lebih mendalami dan memberdayakan bidang kegeologian .
| - Understand the chemical properties, accumulation and distribution of elements in various rocks and geological environments and the utilization of chemical properties in elements, minerals
- Have the ability to explain the relationship/role of chemistry and its principles in geological processes and utilize it to further explore and understand the role of chemistry in geological processes.
empowering the field of geology.
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| Metode Pembelajaran | KBL :Knowledge Based Leaning
Problem based learning (PBL) | KBL :Knowledge Based Leaning
Problem based learning (PBL) |
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| Modalitas Pembelajaran | Luring
Daring
Sinkron
Asinkron | Offline
Online
Synchronous
Asynchronous |
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| Jenis Nilai | ABCDE |
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| Metode Penilaian | Pilihan
Laporan
Uraian | Options
Report
Description |
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| Catatan Tambahan | | |
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