강의계획서
| 교과목코드 | GE220059 | 교과목명 | 특성분석1 |
|---|---|---|---|
| 강의학과 | 에너지융합공학과 | 교수 | 안테네 |
| 교수소속 | 에너지융합공학과 | 이수학년 | |
| 과목구분 | 과정구분 | 석·박사공통 | |
| 이메일 | antenehfufa63@gmail.com | 전화번호 |
| 주차 | 주제 |
|---|---|
| 1주차 | Introduction to inorganic materials & characterization: types of inorganic materials |
| 2주차 | Overview of characterization techniques: classification: structural, morphological |
| 3주차 | X-ray diffraction – principles: Bragg’s law, crystal systems, diffraction patterns. |
| 4주차 | XRD – instrumentation and data analysis: phase identification, crystallinity, and particle size. |
| 5주차 | Scanning electron microscopy (SEM): surface morphology, working principle, sample preparation. |
| 6주차 | Transmission electron microscopy (TEM): high-resolution imaging, SAED, contrast mechanisms. |
| 7주차 | Fourier transform infrared spectroscopy (FT-IR): functional group identification |
| 8주차 | UV–visible spectroscopy: band gap estimation, absorbance, and reflectance in materials. |
| 9주차 | Thermal analysis (TGA): decomposition, thermal stability, and mass change. |
| 10주차 | Thermal analysis ii (DSC & DTA): phase transitions, melting point, and enthalpy change. |
| 11주차 | Surface area and porosity – BET method: gas adsorption, surface area calculation, pore size |
| 12주차 | Elemental analysis techniques (EDX, XPS, ICP): composition, oxidation states, surface vs bulk |
| 13주차 | Crystallographic and structural interpretation: indexing, lattice parameters, and structure |
| 14주차 | Case studies and application examples: real-world applications of techniques in research |
| 15주차 | Data interpretation: integration of results, critical analysis, and presentation. |
| 16주차 |