1. | 강좌 및 자기개요 (1) | 1. Introduction 2. Anisotropic magnetoresistance 3. Giant magnetoresistance |
||
2. | 강좌 및 자기개요 (2) | 1.Recording principle 2.Thin film media 3.Patterned media 4.Inductive head 5.Spin valve head |
||
3. | 나노자성 및 나노자기공학이란 ? | A.Read/Write Head B.Media (Disk) C.System Integration including ABS, media lubricant, flying height … D.Read/Write Electronics and ECC |
||
4. | 자성박막 증착 이론 (1) | 1.Sputtering | ||
5. | 자성박막 증착 이론 (2) | 1.Sputtering | ||
6. | 자성박막 증착 이론 (3) | 1. Deposition by sputtering | ||
7. | 나노입자이론 (1) | 0. Introduction 1. Anisotropy in thin film 2. Origin of ansiotropy 3. Surface anisotropy 4. Anisotropy measurement 5. Domain walls -Neel wall |
||
8. | 나노입자이론 (2) | 0. Introduction 1. Anisotropy in thin film 2. Origin of ansiotropy 3. Surface anisotropy 4. Anisotropy measurement 5. Domain walls -Neel wall |
||
9. | 나노입자이론 (3) | 0. Introduction 1. Anisotropy in thin film 2. Origin of ansiotropy 3. Surface anisotropy 4. Anisotropy measurement 5. Domain walls -Neel wall |
||
10. | 자기저항 이론 (1) | 1. Introduction 2. Anisotropic magnetoresistance 3. Giant magnetoresistance |
||
11. | 자기저항 이론 (2) | 1. Introduction 2. Anisotropic magnetoresistance 3. Giant magnetoresistance |
||
12. | 자기저항 이론 (3) | 1. Antiferromagnetism 2. Ferromagnetic-Antiferromagnetic coupling 3. Mechanism of AF-F coupling 4. Depth profile of exchange coupling 5. Ferromagnetic-ferromagnetic coupling |
||
13. | 자기저항 이론 (4) | 1. Antiferromagnetism 2. Ferromagnetic-Antiferromagnetic coupling 3. Mechanism of AF-F coupling 4. Depth profile of exchange coupling 5. Ferromagnetic-ferromagnetic coupling |
||
14. | 수직자기이방성 (1) | 1. Introduction 2. Magnetic nanoparticles 3. Superparamagnetism 4. Fabrication 5. Applications |
||
15. | 수직자기이방성 (2) | 1. Introduction 2. Magnetic nanoparticles 3. Superparamagnetism 4. Fabrication 5. Applications |
||
16. | 수직자기이방성 (3) | 1. Introduction 2. Magnetic nanoparticles 3. Superparamagnetism 4. Fabrication 5. Applications |
||
17. | 단위의 백미 | 1. 단위의 기본은 길이 |