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Introduction to the characterization of nanomaterials |
Introduction to the characterization of nanomaterials showing why it is important to carefully characterize nanoparticles. Structure-Property relationship |
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2. |
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Interaction radiation with matter |
Introduction to the interaction between e.g. electrons, photons and the specimens |
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3. |
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Interaction radiation with matter |
Introduction to the interaction between e.g. electrons, photons and the specimens |
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4. |
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Surface science techniques (e.g. XPS - AES) |
Introduction to electron microscopy techniques for the study of nanomaterials with the enphasis on SEM, TEM and spectroscopic techniques that can be applied under a microscope |
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5. |
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Surface science techniques (e.g. XPS - AES) |
Introduction to electron microscopy techniques for the study of nanomaterials with the enphasis on SEM, TEM and spectroscopic techniques that can be applied under a microscope |
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Surface science techniques (e.g. XPS - AES) |
Introduction to electron microscopy techniques for the study of nanomaterials with the enphasis on SEM, TEM and spectroscopic techniques that can be applied under a microscope |
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6. |
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Electron microscopy techniques (e.g. SEM - TEM) |
Introduction to electron microscopy techniques such as SEM and TEM |
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7. |
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Electron microscopy techniques (e.g. SEM - TEM) |
Introduction to electron microscopy techniques such as SEM and TEM |
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8. |
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Electron microscopy techniques (e.g. SEM - TEM) |
Introduction to electron microscopy techniques such as SEM and TEM |
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9. |
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Electron energy loss spectrometry |
Introduction to Electron energy loss spectrometry |
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10. |
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Diffraction Techniques (e.g. XRD, SAED) |
Introduction to electron microscopy techniques for the study of nanomaterials with the enphasis on SEM, TEM and spectroscopic techniques that can be applied under a microscope |
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11. |
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Diffraction Techniques (e.g. XRD, SAED) |
Introduction to electron microscopy techniques for the study of nanomaterials with the enphasis on SEM, TEM and spectroscopic techniques that can be applied under a microscope |
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12. |
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Surface Probe Techniques |
Introduction to electron microscopy techniques for the study of nanomaterials with the enphasis on SEM, TEM and spectroscopic techniques that can be applied under a microscope |
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13. |
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Selected examples |
Introduction of diffraction techniques applied to nanomaterials. Especially the features brought by the nano-size are discussed emphasising the information that can be acquired on the size and shape as well crystalline structure of the nanoobjects |
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14. |
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Selected examples |
Introduction of diffraction techniques applied to nanomaterials. Especially the features brought by the nano-size are discussed emphasising the information that can be acquired on the size and shape as well crystalline structure of the nanoobjects |
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15. |
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Examination |
Oral examination |
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