Electromagnetism Sejong University PROF. YONGHO SEO - 전자기학 세종대학교 서용호

Based on the concept of engineering mathematics, learn static electric field and static magnetic field, steady current, and related problems. Apply the basic knowledge of the electromagnetism to electronics, electric engineering and device material engineering.
LINK ORIGINAL
http://www.kocw.net/home/search/kemView.do?kemId=1074223&ar=relateCourse

Electromagnetic Field Theory Fundamentals Bhag Singh Guru, Hüseyin R. Hiziroglu

LINK DEMO BOOK GOOGLE
https://books.google.com.br/books?id=qzNdDtZUPXMC&lpg=PP1&hl=pt-BR&pg=PP1#v=onepage&q&f=false
LINK ALTERNATIVO
https://pt.scribd.com/doc/238997975/Electromagnetic-Field-Theory-Fundamentals-2nd-Edition-by-Bhag-Singh-Guru-and-Huseyin-R-Hiziroglu

Electromagnetics II - The first semester of 2016 electromagnetics II class homepage.-2016년 1학기 전자기학 II 수업 홈페이지입니다.-PROF. W-Y.CHOI

LINK FULL CURSO ELECTROMAGNETISMO II
http://tera.yonsei.ac.kr/class/2016_1_1/main.htm

고급디지털회로설계/ Advanced digital circuit design / EEE3163-Engineering-SOGAN OPEN COURSEWARE

LINK  ORIGINAL
http://ocw.sogang.ac.kr/courses/courses_LNote.jsp?cate_02=36&cate_03=757&cate_04=758&cid=7237&mt_id=3250&FL_ID_main=7236

Electromagnetism I - Sogang University - Prof. Wonmin Son-SCHOOL OF NATURAL SCIENCES-SOUTH KOREA-(VIDEO ENGLISH)-SOGAN OPEN COURSEWARE

Electromagnetism I - Sogang University - Prof. Wonmin Son-SCHOOL OF NATURAL SCIENCES-SOUTH KOREA
 Subject Category Engineering; Electrical and Electronics; Electronics Lecture Semester 1st semester 2014

   Electromagnetism deals with the theory on the electric and the magnetic phenomena which occur in nature. In this course, we also aims to let the physics students be familiarized with the description of field in the three dimensional space. Starting from the basic discipline on the vector analysis, this course covers the topics of electrostatics, electric potentials, electric fields in matter, magnetostatics and magnetic fields in matter.

LECTURE NOTES

Lesson	Topic
02	Vector Analysis1 (2014-03-06)
03	Vector Analysis2 (2014-03-11)
04	Vector Analysis2 (2014-03-13)
05	Electrostatics1 (2014-03-18)
06	Dirac Delta Function (2014-03-20)
07	Dirac Delta Function (2014-03-25)
08	Chapter 2. Electric Field (2014-04-01)
10	The potential of a localized charge distribution (2014-04-03)
11	The energy of a continuous charge distribution (2014-04-08)
12	Chapter 3. Potentials (2014-04-10)
13	Force and energy (Image charge continued) (2014-04-15)
14	Multipole Expension (2014-04-29)
15	Multipole Expension (2) (2014-05-01)
16	The field of a polarized object (2014-05-08)
17	The electric displacement (2014-05-13)
18	Boundary value problem with linear dielectrics (2014-05-15)
19	Magneto statistic (2014-05-20)
20	The Biot-Savart Law (2014-05-22)
21	Ampere's Law (2014-05-27)
22	Vector Potential (2014-06-03)
23	Vector potential due to the magnetic dipole (2014-06-05)
24	The auxiliary field H (2014-06-10)

LINKS ORIGINAL
LINK1
http://www.kocw.net/home/search/kemView.do?kemId=1019350
LINK2
http://ocw.sogang.ac.kr/courses/courses_LNote.jsp?cate_02=34&cate_03=571&cate_04=572