Carbon nanotube tip for atomic force microscopy
guo li qiu ; zhao tie qiang ; xu zong wei ; zhao qing liang ; zhang fei hu ; dong shen

..............page:259-262

Research on nano-cutting and mechanical properties of materials
fu hui nan ; li duan neng ; wang cheng yong ; wang xiao hong

..............page:210-213

Analysis of the process of oxidation induced by electric filed with atomic force microscope
hu xiao dong ; guo tong ; fu xing ; hu xiao tang

..............page:206-209

Mechanism of using AFM conductive tip to pattern n-Si(111)
zhu shou xing ; ding jian ning ; fan zhen ; li chang sheng ; cai lan ; yang ji chang

..............page:202-205

Experimental research of micro-structure machining basing on AFM
zuo yong da ; sun tao ; cheng kai ; zhao qing liang ; dong shen

..............page:199-201

Electron transmission of cobalt phthalocyanine(CoPc) junction
li qun xiang ; wu xiao jun ; li bin ; yang jin long ; hou jian guo ; zhu qing shi

..............page:194-198

STM imaging mechanism for alkanethiol self-assembly monolayers on Au(111)
li bin ; zeng chang zuo ; li qun xiang ; yang jin long ; hou jian guo ; zhu qing shi

..............page:189-193

Positional nanodissection and picking-up of single DNA molecules
lv jun hong ; wu shi ying ; wang guo hua ; lei xiao ling ; huang yi bo ; kong xiang yin ; chen run sheng ; zhu li huang ; li min qian ; hu jun

..............page:185-188

Preparation of STM tips and the improvement on its electrochemical device
yao ; li chun yan ; liu ping ; wang hui ; yang mei

..............page:256-258

Study on the digital signal processor based SPM
zhang xue hui ; an lian xiang ; wang shi yi ; han li ; zuo yan sheng

..............page:252-255

Multi-probe SPM system
dai chang chun ;su xiao-di;hou tee ng;li fong yau sam

..............page:247-251

Experimental study on integrated influence of external vibration and scanning rate upon SPM images
chen jin ping ; hu xiao dong ; chen feng ; guo tong ; hu xiao tang

..............page:242-246

Study of ultrathin SiO2 films on silicon by scanning tunneling microscopy and spectroscopy
xue kun ; xu jian bin ; he zhong qing ; xu ming sheng ; an jin ; zhang rong yao

..............page:237-241

Application of polarization-modulation near field scanning optical microscope
mi chang wen ; wang ke yi ; xu jian bin ; zhou shao xiang ; liu zhi jing ; hu yu zuo

..............page:234-236

Development of scanning shear force/near-field optical microscope and its application
shang guang yi ; wang zuo ; wan li jun ; yang de liang ; bai chun li ; wu jun han ; lei he ning ;troyon m

..............page:229-233

An equivalent incident wave method of FDTD for PSTM
jian guo shu ; wang jing zhi ; wang xiao qiu ; wu shi fa ; pan shi

..............page:226-228

Technology of arranging and transferring carbon nanotubes on the surface of water--A new method to fabricate nano-device
zhao meng ; liu li yue ; zhang ya fei ; xu dong

..............page:223-225

Application of atomic force microscope in cluster physics reseach
zhao kui ; wu xiu kun ; guo ji yu ; sui li ; mei jun ping ; ni zuo zuo

..............page:219-222

Monte Carlo simulation of a multi-tunnel-junction single-electron dynamic memory
xu hai xia ; li qian guang ; yang yi ; zuo yong quan ; li zhi yang ; liu wu

..............page:214-218