Course title
材料電磁気学   [Electromagnetics for material science]
Course category technology speciality courses  Requirement   Credit 2 
Department   Year 24  Semester 1st 
Course type 1st  Course code 022357
Instructor(s)
臼井 博明   [USUI Hiroaki]
Facility affiliation Faculty of Engineering Office 4-241  Email address

Course description
In the first part, learn the Gauss' theorem and Poisson's equation to understand electrostatic phenomena. Give an understanding on the relationship between electric charge, electric field, and electrical potential. In the second part, learn the relationship between electrical current and magnetic field. Understand that the electric current generates magnetic field, and then magnetic field generates electromotive force.

This course is a part of physics courses classified as specialized basic subjects in the Department of Applied Chemistry.
Expected Learning
1. For the curriculum policy perspective of this course, please refer to the curriculum map in the Faculty of Engineering Course Guide.
2. Solve the equation to obtain electric field using Gauss' theorem.
3. Solve the equation to obtain electrical potential using Poisson's equation.
4. Describe the relations between electric charge, electric field and electrical potential.
5. Describe the equation of force that is exerted to a current or a moving charge in a magnetic field.
5. Calculate the magnetic field using Biot-Savart law
6. Calculate the magnetic field using Ampere's law
7. Calculate the electromotive force in a moving or transforming circuit
Course schedule
Part 0, Orientation
(1) General introduction and review of fundamentals
Review the basic understanding and introduce the purpose of learning electromagnetics

Part 1, Electrostatic Phenomena
(2) Coulomb's law and line of electric force
Understand the Coulomb's law in vector expression. Understand the concept of electric line of force
(3) Gauss' theorem
Understand the concept of Gauss' theorem and derive the electric field thereof
(4) Electrical potential and electrostatic capacitance
Understand the electrical potential and derive the capacitance of a simple system
(5) Poisson's equation
Derive the differential expression of Gauss' theorem and the Poisson's equation
(6) Metal and insulator
Understand the characteristics of conducting and insulating materials

Part 2, Electrical Current and Magnetic Field
(7) Lorentz force
Understand the phenomena under magnetic field
(8) Biot-Savart law
Understand the origin of magnetic field
(9) Gauss' theorem of magnetic field and magnetism
Understand the difference between electric and magnetic fields
(10) Ampere's law
Understand the Ampere's law and derive the magnetic field of a simple system

Part 3, Electromagnetic induction
(11) Lenz's law
Understand the concept of electromagnetic induction
(12) Electric generator
Apply the Lenz's law to a simple system

Part 4, Electromagnetic wave
(13) Displacement current and Maxwell's equations
Understand the concept of displacement current and derive the Maxwell's equations
(14) Electromagnetic wave
Understand the electromagnetic wave based on the Maxwell's equations

Part 5, Final wrap-up

Part 6, Final exam
Prerequisites
Requires basic mathematics on vector, differenciation and integration
Requires basic understanding of mechanical physics such as equation of motion and potential energy
The topics of dielectrics and electrical circuit are rendered to the laboratory class
Required Text(s) and Materials
Comprehensive Physics II (Yasuo Hara、Gakujutsu Tosho Shuppan-sha Co., Ltd.)
References
Assessment/Grading
Excercise 10%
Answer the excercise problems alloted in the classs correctly
Final examination 90%
Answer correctly to the problems pertinent to the "Expected Learning" in the final examination

Recent distribution of final marks
S 18%
A 25%
B 20%
C 16%
D 20%
Message from instructor(s)
Many students have an impression that the electromagnetic theory is difficult to understand due to frequent use for differential and integral mathematics. However, it is important to give a graphical image of the phenomena before resorting to the mathematical equations.
This subject is indispensable to understand the basic properties of materials and molecules. In addition, the electromagnetic phenomena are found in various aspects of our daily life.
Course keywords
Gauss' law, Poisson's equation, Biot-Savart's law, Ampere's law, electromagnetic induction
Office hours
Friday 16:00 to 17:00 pm at room 241 in building 4
Remarks 1
The class will be achieved by on-site manner.
Google Classroom code ejrveix
Remarks 2
Related URL
Lecture Language
Japanese
Language Subject
Last update
9/27/2022 10:47:21 AM