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Modern_techniques_in_material_science-Introduction
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This lecture identifies the concept of matters and examines the terminology of the measurement of matters. |
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2. |
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Modern_techniques-Introduction
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This lecture examines diverse methods that can be adopted for the measurement of matters. |
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3. |
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Methods_in_materials_analysis
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This lecture identifies the material analysis by qualitative and quantitative measurement. |
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4. |
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Nanocharacterization_Electron_Microscopy
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This lecture identifies the principles and technologies relevant to "nano." |
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5. |
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HRTEM
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This lecture identifies the emergence of TEM and its development to HRTEM. |
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6. |
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Special Topic
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This material is the topic preparation for the midterm exam. |
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7. |
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SEM_as_analysis_tool
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This lecture examines the principles of SEM and the procedures of its utilization in matter analysis. |
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8. |
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STM+AFM
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This lecture identifies the principles and the application of STM(Scanning Tunneling Microscopy) and AFM(Atomic Force Microscopy) to nanocharacterization. |
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9. |
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Electrical Measurements
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This lecture examines the electrical factors and procedures considering the characterization method. |
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10. |
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X-rays analysis of structure
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This lecture refers to the X-ray diffraction in order to identify the spectroscopic methods of measurement. |
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11. |
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UV and visible light for analysis
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This lecture refers to the UV and visible light in order to identify the spectroscopic methods of measurement. |
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12. |
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Emission_spectroscopy_for_analysis
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This lecture identifies various types of emission spectroscopy and classifies them according to their procedures. |
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13. |
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Structure_analysis_by_IR_and_Ramancomposition
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This lecture introduces various structure analysis methods related to spectroscopic anlysis. |
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14. |
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NMR_ESR_XPS_EELS_EDX
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This lecture introduces various structure analysis methods related to spectroscopic anlysis. |
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15. |
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Special Topic
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This material is the topic preparation for the final term exam. |
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