The students will study advanced content of electromagnetism and electromagnetic waves not covered in Electromagnetism 1 and
2, and will gain a complete understanding of the full range of electromagnetism.

The students will study advanced content of electromagnetism and electromagnetic waves not covered in Electromagnetism 1 and
2, and be able to understand full range of electromagnetism.

- The students will be able to understand method of image charges, magnetic circuits, Gauss's divergence theorem, Poisson's equation, dielectric function. (Corresponds to lecture plans 1-3)
- The students will be able to understand electric transformers and coupling coefficients. (Corresponds to lecture plans 4-5)
- The students will be able to understand the basics of electromagnetic waves. (Corresponds to lecture plans 9-13)

Class schedule | HW assignments (Including preparation and review of the class.) | Amount of Time Required | |
---|---|---|---|

1. | Method of image charges and magnetic circuits: - Image charges - Method of image charges - Magnetomotive force and magnetic resistance - Magnetic circuits |
Handouts. Chapter 7 p125-139 and Chapter 10 p214-218 of the reference book. |
100minutes |

2. | Gauss's divergence theorem and Poisson's equation - Electric potential and charge distribution - Gauss's divergence theorem - Laplace's equation - Poisson's equation |
Handouts. Chapter 3 p48-61 of the reference book. |
100minutes |

3. | Dielectric function and plasma oscillation: - Dielectric - Dielectric function - Polarization - Electric flux - Plasma frequency |
Handouts. Chapter 5 p84-96 of the reference book. |
100minutes |

4. | Inductance and coupling coefficient: - Magnetic flux linkage - Self and mutual inductance - Coupling coefficient - Transformers |
Handouts. Chapter 11 p219-230 of the reference book. |
100minutes |

5. | Comprehensive review of 1-5 | Review the contents of 1-5 | 100minutes |

6. | Midterm exam and review | Scope of exam: contents of lesson plans 1-5. Evaluation of achievement objectives 1-2. | 100minutes |

7. | Maxwell's equations (1): - Displacement current - Rotation of vector - Stokes' theorem - Differential forms of Maxwell's equations |
Handouts. Chapter 13 p261-265 of the reference book. |
100minutes |

8. | Maxwell's equations (2): - Wave equation - Plane wave - Propagation in lossy media |
Handouts. Chapter 13 p266-275 of the reference book. |
100minutes |

9. | Pointing vector and generation of electromagnetic waves: - Energy carried by electromagnetic waves - Pointing vector - Wave equation and properties of electromagnetic waves - Generation of electromagnetic waves |
Handouts. Chapter 13 p296-300 of the reference book. |
100minutes |

10. | Electromagnetic potential and radiation of electromagnetic waves: - Electromagnetic potential - Gauge transformation - Lorentz gauge - Retarded potential - Electric dipole radiation |
Handouts. | 100minutes |

11. | Propagation of electromagnetic waves (1): - Polarization - Interference - Diffraction |
Handouts. | 100minutes |

12. | Propagation of electromagnetic waves (2): - Boundary conditions of electromagnetic waves across two media - Snell's law - Transmittance and reflectance of electromagnetic waves considering polarization |
Handouts. Chapter 13 p286-296 of the reference book. |
100minutes |

13. | Comprehensive review of 7-12 | Review of the contents of 7-12 sessions. | 100minutes |

14. | Final exam and review | Scope of exam: contents of lesson plans 7-13. Evaluation of achievement objective 3. | 100minutes |

Total. | - | - | 1400minutes |

1 | Total. | |
---|---|---|

1. | 30% | 30% |

2. | 20% | 20% |

3. | 50% | 50% |

Total. | 100% | - |

Evaluation criteria: 10% for the quiz, 40% for the mid-term exam, and 50% for the final exam, converted to 100 points, with
60 points or higher being considered passing.

60%: If the student understands the principles of electromagnetism learned and their derivation, and can reliably solve electromagnetism exercises on the quiz, mid-term and final examinations.

60%: If the student understands the principles of electromagnetism learned and their derivation, and can reliably solve electromagnetism exercises on the quiz, mid-term and final examinations.

ways of feedback | specific contents about "Other" |
---|---|

Feedback in the class |

Textbook: Not specified.

Reference book: Electromagnetism: Its Physical Image and Detailed Discussion by Yoji Kozuka, Morikita Publishing, ISBN4-627-73171-X

Reference book: Electromagnetism: Its Physical Image and Detailed Discussion by Yoji Kozuka, Morikita Publishing, ISBN4-627-73171-X

- Questions and consultation: Available during and after the lecture.
- Office hours: Every Friday from 12:00 to 13:00 at Room 09B27, Research Building, Toyosu Campus. It is advisable to contact the office in advance when visiting.

- Course that cultivates an ability for utilizing knowledge

Work experience | Work experience and relevance to the course content if applicable |
---|---|

N/A | N/A |

Last modified : Sat Sep 09 06:43:28 JST 2023