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1
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| 授業計画/Class |
1. Introduction： (1) structures of atoms, molecules, and materials (2) electron and phonon
The class will be provide as a on-line lecture (on-demand style). |
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2
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| 授業計画/Class |
2. Electronic materials: metals, semiconductors, insulators
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3
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| 授業計画/Class |
3. Characterization of electronic properties : conductivity, resistivity, carrier density, and mobility
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4
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| 授業計画/Class |
4. Optical materials & Interaction between electromagnetic waves and materials : light emission, absorption, reflection, refraction, transparency and light amplification |
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5
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| 授業計画/Class |
5. Characterization of optical properties: luminescence spectra, refractive index, absorption coefficient, and transmittance |
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6
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| 授業計画/Class |
6. Optical devices: filter, absorber, LED, laser, LD, photodiodes, solar cells |
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7
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| 授業計画/Class |
7. Interaction between heat and materials 1: temperature, thermal expansion, lattice vibration, and thermal excitation |
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8
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| 授業計画/Class |
8. Interaction between heat and materials 2: specific heats, thermal conductivity, Seebeck effect, and thermocouple |
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9
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| 授業計画/Class |
9. Magnetic materials : Magnetism in atoms and materials |
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10
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| 授業計画/Class |
10. Devices using magnetism : compass, motor, microphone, and HDD |
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11
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| 授業計画/Class |
11. Mechanics-induced electricity : piezoelectricity and its device applications |
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12
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| 授業計画/Class |
12. Electricity and sound : acoustic wave, microphone, speaker, pickup, |
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13
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| 授業計画/Class |
13. Electronic devices in everyday life |
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14
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| 授業計画/Class |
14. Electronic devices in future |
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15
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| 事前学習/Preparation |
コースパワーにあげた講義資料を読んでおくこと。 |
| 事後学習/Reviewing |
講義ノートの復習を行うこと。 |
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