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   Your location > Applications & Results > SPM Image Gallery > NC-AFM

2.10 – NC-AFM

Atomic Resolution on Au(111)

Au(111) NC-AFMAu(111) NC-AFM
Atomic Resolution on Au(111) 8 nmAtomic Resolution on Au(111) 2.5 nm
   
Instrument: SPM 150 Aarhus with KolibriSensor
Imaging parameters: 

Constant detuning NC-AFM image
Δf = +0.75 Hz, fres = 999,110 Hz, Q= 26500, A = 400 pm

Image size: 30 nm x 30 nm, 18 nm x 18 nm,
8 nm x 8 nm, 2.5 nm x 2.5 nm
Temperature: room temperature
   
Image taken at SPECS Laboratory
 
Compact SPM System



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Image Gallery
   2.01 – NC-AFM
Atomic Resolution on Ag(111)
     
Graphene-AFM-Z   2.02 – NC-AFM
Atomic Resolution on Graphene
     
Graphene-AFM-3_kl   2.03 – NC-AFM
Graphene on Ru(0001)
     
C-Ru0001-KPFM-U1   2.04 – Kelvin Probe Microscopy
Contact Potential Map of Graphene/Ru(0001)
     
Atomic Steps on Si(111)(7x7)   2.05 – NC-AFM
Atomic Steps on Si(111)(7x7)
     
   2.06 – NC-AFM
Subsurface Atoms of Si(111)(7x7)
     
Atomic Resolution on Si(111)(7x7)   2.07 – NC-AFM
Atomic Resolution on Si(111)(7x7)
     
Atomic Resolution on KBr(001)  

2.08 – NC-AFM
Atomic Resolution on KBr(001)

     
Water layer on KBr(001)  

2.09 – NC-AFM
Water layer on KBr(001)

     
Atomic Resolution on Au(111)   2.10 – NC-AFM
Atomic Resolution on Au(111)
     
Atomic Resolution on Cobaltite   2.11 – NC-AFM
Atomic Resolution on Cobaltite
     
Surface potential imaging on CaF2(111)   2.12 - Kelvin Probe Microscopy
Surface potential imaging on CaF2(111)
     
   2.13 - High Temperature NC-AFM
Graphene/Ru(0001) at 650 K


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