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Materials and Surface Nanoscience
Online AFM/Raman of an Si/SiO2 Grid
AFM/Raman of Cardiac Stent
Topographic Images of the Fisher's Sample
Collage of Raman Intensity & AFM Topography of a Diamond Film
Raman Imaging with AFM Auto-Focus
AFM Phase Images of TMP Sample
Raman/AFM Depth Profiling of a Polymer Blend/PDMS/Chloroform
NanoIndentation and Raman Characterization
AFM with On-Line Raman of Strained Silicon
AFM/Raman Collage of Name Card
AFM/Thermal in Non-Contact Mode
Topographic Imaging of Silver Nanoparticles
AFM Raman of CNT Nanowire on Silicon
MultiProbe NanoIndentation & AFM Profiling with On-line Raman
AFM/Raman of Strained Si Transistor
Large Z-Range Imaging of Razor Blade
Off-Axis Enhancement
Quantum Dots Imaging
Quantum Dots Imaging
AFM/Raman of Si/SiO2 Grid
Diamond Film Raman with AFM On-Line Auto-Focus
Grain Boundary Imaging in HOPG
Nanoindentation
Wood Sample
Carbon Nanotubes
FIB Etched Trench
Optoelectronic Device Structure
AFM Imaging of Textile Fibers
0.5x0.5µ Carbon Nanotubes
PEO Spherulite
TFT in Liquid Crystal Display
Raman-AFM of MEMs device
Magneto Optic Disc
SEM/AFM Integration
AFM, NSOM and Capicatance
30nm Gold Balls
Internal Imaging of a Deep Trench
Alumina Template
Image of Standard Silicon AFM Tip
Deep Trench / Side-Wall Imaging
Zoom on Carbon Nanotube
Simultaneous AFM/NSOM and Capacitance
Carbon Nanotubes
Topographic Imaging of Silver Nanoparticles
Quantum Dots Imaging




HOPG
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All Nanonics systems show the ultimate of AFM imaging capability with the imaging of atomic steps in highly oriented pyrolytic graphite even on a dual microscope or on a microRaman.

 

hopg_profile_432_01

 AFM topographic image of 2x2 micron scan area shows atomic layer of Highly Ordered Pyrolytic Graphite [HOPG]. Height line profile (right) shows the different atomic layers at the marked line (left). The marked step at the graph shows a single atomic step of 3.75 Angstrom.
 
WSxM software has been used for image processing of the pictures above: I. Horcas et al. Rev. Sci. Instrum. 78, 013705 (2007)

Nanonics Systems allow for ultrahigh sensitive topographic imaging with minimal Z noise and single atomic layer imaging is a standard for all our systems.  

 

 



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