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.
- Students will be able to explain the electroshadow method, Gauss's divergence theorem, Poisson's equation, and dielectric functions. (Corresponds to lecture plans 1-5)
- Students will be able to explain magnetic circuits, transformers, and coupling coefficients. (Corresponds to lecture plan 7)
- Students will be able to explain the basics of electromagnetic radiation. (Corresponds to lecture plans 8-13)
| Worksheet | Mid-term exam | Final exam | Total. | |
|---|---|---|---|---|
| 1. | 4% | 40% | 44% | |
| 2. | 1% | 10% | 11% | |
| 3. | 5% | 40% | 45% | |
| Total. | 10% | 40% | 50% | - |
Evaluation method: Students will receive 10 points for each worksheet related to Goals 1-3, and 40 points for each specific
problem related to Goal 1 in the mid-term exam. Students will be given specific questions related to Goal 2 and Goal 3 in
the final exam (50 points). 60 points or more in total will be considered as passing the class.
The standard for passing the course is 60 points if the student understands the principles of electromagnetism and their derivation that he/she has studied and can reliably solve electromagnetism exercises in the worksheets, midterm and final examinations.
The standard for passing the course is 60 points if the student understands the principles of electromagnetism and their derivation that he/she has studied and can reliably solve electromagnetism exercises in the worksheets, midterm and final examinations.
| Class schedule | HW assignments (Including preparation and review of the class.) | Amount of Time Required | |
|---|---|---|---|
| 1. | (1)Differential law of electrostatic field - Coulomb's law - Gauss's law |
Preparation: Reference book1 pp.6-8, 38-47 | 190minutes |
| Review: Review Worksheet1 and try to solve it by yourself. | |||
| 2. | (1) Differential law of electrostatic field - Gauss's law of differential systems - Gauss's divergence theorem - Gauss's law of differential system without vortex - Stokes' theorem |
Preparation: pp.74-90 of the reference book1 | 190minutes |
| Review: Review Worksheet2 and try to solve it by yourself. | |||
| 3. | (1) Differential law of electrostatic field - Electrostatic potential - Poisson's equation and Laplace's equation (2) Conductors and electrostatic field - Conductors and insulators, electrostatic field around conductors - Boundary value problems of conductors, mirror image method |
Preparation: pp.90-99, 102-113 of the reference book1 | 190minutes |
| Review: Review Worksheet3 and try to solve it by yourself. | |||
| 4. | (3) Dielectric and electrostatic field - Dielectric, Electric field between polar plates in the presence of dielectric - Polarization and electric flux density - Boundary conditions of electrostatic field - Example of electrostatic field when there is a dielectric |
Preparation: pp.280-299 of the reference book1 | 190minutes |
| Review: Review Worksheet4 and try to solve it by yourself. | |||
| 5. | Comprehensive review of 1-5 | Review the contents of 1-5 | 190minutes |
| 6. | Midterm exam and review | Scope of exam: contents of lesson plans 1-5. Evaluation of achievement objectives 1. | 190minutes |
| 7. | Understanding the laws of electromagnetic induction and transformers - Magnetic circuits - Vector potentials - Self-induction and self-inductance, mutual induction and mutual inductance - Coupling coefficients and transformer principles |
Preparation: Handout; Reference book1 pp.178-186, 227-237; Reference book2 pp. 251-261 | 190minutes |
| Review: Review Worksheet7 and try to solve it by yourself. | |||
| 8. | Maxwell's equations and electromagnetic waves - Variable currents and conservation of charge, displacement currents - Maxwell's equations in differential form |
Preparation: Reference book1 pp.250-259 | 190minutes |
| Review: Review Worksheet8 and try to solve it by yourself. | |||
| 9. | Maxwell's equations and electromagnetic waves - Energy of electromagnetic fields, Poynting vector - Electromagnetic waves (wave equation) |
Preparation: Reference book1 pp.260-273 | 188minutes |
| Review: Review Worksheet9 and try to solve it by yourself. | |||
| 10. | Fluctuating electromagnetic fields and matter - Maxwell's equations in ... matter - Oscillating electric fields in dielectrics (dielectric function) |
Preparation: Reference book1 pp.314-323 | 190minutes |
| Review: Review Worksheet10 and try to solve it by yourself. | |||
| 11. | Fluctuating electromagnetic fields and matter: - Electromagnetic waves in dielectrics |
Preparation: Reference book1 pp.323-332 | 190minutes |
| Review: Review Worksheet11 and try to solve it by yourself. | |||
| 12. | Fluctuating electromagnetic fields and matter: - Electromagnetic waves in conductors |
Preparation: Reference book1 pp.323-332 | 190minutes |
| Review: Review Worksheet11 and try to solve it by yourself. | |||
| 13. | Comprehensive review of 7-12 | Review of the contents of 7-12 sessions. | 190minutes |
| 14. | Final exam and review | Scope of exam: contents of lesson plans 7-13. Evaluation of achievement objective 2-3. | 190minutes |
| Total. | - | - | 2658minutes |
| ways of feedback | specific contents about "Other" |
|---|---|
| Feedback in the class |
Reference book1: Electromagnetics I, II by Yosuke Nagaoka ISBN 9784000298636、ISBN 9784000298643
Reference book2: Electromagneticsb by Shigenobu Sunakawa ISBN 9784000077446
Reference book2: Electromagneticsb by Shigenobu Sunakawa ISBN 9784000077446
- 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 : Thu Mar 06 10:11:52 JST 2025