| Bahan Kajian | - Ukuran dan bentuk inti; metode hamburan, metode elektromagnetik, momen-momen inti, masalah dua nukleon, rumus massa semi empiris.
- Reaksi Nuklir: inti majemuk, model statistik, model kulit, model kolektif, model optik.
- Teori peluruhan beta dan gamma, teori elektroskopik; pendat particle model, GCM, Hartree Fock.
| - Core size and shape; scattering method, electromagnetic method, nuclear moments, two nucleon problem, semi-empirical mass formula.
- Nuclear Reactions: compound nuclei, statistical models, shell models, collective models, optical models.
- Beta and gamma decay theory, electroscopic theory; pendat particle model, GCM, Hartree Fock.
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mampu menjelaskan hal-hal yang penting tentang ukuran dan bentuk inti partikel elementer serta metode pengukurannya.
- Mampu menjelaskan teori dan pemecahan numerik untuk persoalan fisika nuklir
- Mampu menurunkan rumus dasar semi empiris dan mengaplikasikannya
- Mampu menjelaskan teori reaksi inti dan memecahkan persoalan standar secara analitik dan numerik
- Mampu menjelaskan teori makroskopik untuk inti dan strategi komputasinya.
| - Able to explain important things about the size and shape of elementary particle nuclei as well as measurement methods.
- Able to explain theory and numerical solutions to nuclear physics problems
- Able to derive basic semi-empirical formulas and apply them
- Able to explain core reaction theory and solve standard problems analytically and numerically
- Able to explain macroscopic theory for the core and its computational strategy.
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