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목차
1. Scanning Tunneling Microscope
1.1 The concept of tunneling
1.2 Scanning Tunneling Microscope
1.3 Electronic Structure at Atomic Structure
2. HOPG Sturcture
2.1 HOPG Sturcture
3. EASY SCAN STM
3.1 Spec of EASY SCAN STM
3.2 Guide of Using EASY SCAN STM
4. EASY SCAN STM Data
4.1 HOPG Using EASY SCAN STM
1.1 The concept of tunneling
1.2 Scanning Tunneling Microscope
1.3 Electronic Structure at Atomic Structure
2. HOPG Sturcture
2.1 HOPG Sturcture
3. EASY SCAN STM
3.1 Spec of EASY SCAN STM
3.2 Guide of Using EASY SCAN STM
4. EASY SCAN STM Data
4.1 HOPG Using EASY SCAN STM
본문내용
Scanning Tunneling Microscope
A. The atomic resolution is not always observable. – certain tip-sharpening procedures must be carried out.
B. During the scanning, the image often shows spontaneous changes, and the atomic resolution could appear or disappear unexpectedly.
C. In many cases, the atomic corrugation is inverted. – a spontaneous tip restructuring
D. The atomic corrugation has an almost exponential dependence on the tip-sample distance. The Highest atomic corrugations are always observed at very short tip-sample distance.
A. The atomic resolution is not always observable. – certain tip-sharpening procedures must be carried out.
B. During the scanning, the image often shows spontaneous changes, and the atomic resolution could appear or disappear unexpectedly.
C. In many cases, the atomic corrugation is inverted. – a spontaneous tip restructuring
D. The atomic corrugation has an almost exponential dependence on the tip-sample distance. The Highest atomic corrugations are always observed at very short tip-sample distance.
- 가격2,000원
- 페이지수18페이지
- 등록일2011.11.24
- 저작시기2010.5
- 파일형식기타(pptx)
- 자료번호#716354
본 자료는 최근 2주간 다운받은 회원이 없습니다.
