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To explore new physics phenomena of low dimensional materials
with a special emphasis on two-dimensional layered structures
Atomic Force Microscope I (Seiko AFM)
| Model | E-Sweep W/NanoNaviStation |
|---|---|
| Operating time |
SUN(00:00~24:00) MON(00:00~24:00) TUE(00:00~24:00) WED(00:00~24:00) THU(00:00~24:00) FRI(00:00~24:00) SAT(00:00~24:00) |
| Location | 86198 |
| inquiry |
Lee, Sung-gyu / Suar Oh LSG 010-7666-6655 / S.O 010-7176-9644 sg9662@skku.edu / saoh30@skku.edu |
Notice
18.03.21 ~ 18.04.01 Movement finished.
17.07.04 Tues~ 17.07.06 Maintenance finished.
16.05.01 Notice has renewed. 21.02.10 The machine was moved from 86391 to 86198. The machine is under maintenance. @@@@@@ Notice @@@@@@ 1. Reservation time has limit 48 hours. 2. Over 48 hours reservation, Contact Superuser. Please be aware. 3. For using this instruments, you have to get education before using. Please contact superuser. 4. Experimental information must be included in the reservation as below
Reservation Form
1. Measurement mode (ex. KFM)
2. Vacuum(ex. HV)
3. Working Temperature (ex. 200'C)
4. Co-worker (ex. with Gil-Dong Hong)
Atomic force microscopy is general term for a microscope that performs material analysis and surface topography observation of microscopic areas using a probe that scans near the sample surface and detects the physical characteristics
20 x 20 μm scanner (unavailable for now)
150 x 150 μm scanner
Vacuum : low 10-6 torr
Substrate temperature: -120 ~ 300 ℃
Low current amplifier : 100 fA
Magnetic force microscopy(MFM)
Current atomic force microscopy(C-AFM)
Lateral force microscopy(LFM)
Contact and non-contact mapping
Scanning tunneling microscopy(STM)
Nanolithography
In situ I-V measurement
Scanning thermal microscopy(SThM)
Scanning nonlinear dielectric microscopy(SNDM)
Kelvin probe force microscopy(KPFM)/Scanning Maxwell Stress Microscopy(SMM)
IBS Center for Integrated Nanostructure Physics , Office 86371, N Center (BIdg. 86)Sungkyunkwan University, 2066, Seobu-ro, Jangan-gu, Suwon-si, Gyeonggi-do
Copyright(c) 2014 Center for Integrated Nanostructure Physics at IBS. All Rights Reserved.
