F14H20 on HOPG electrical modes
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F14H20 on HOPG electrical modes

F14H20 on HOPG topography, the maps of surface potential, dielectric response and dC/dV gradient, which were obtained using multiple lock-ins, characterize local electric properties if self-asselbles of semifluorinated alkanes at the nanometer scale
Device: TITANIUM
Sample Courtesy: Prof. M. Moeller (DWI, Aachen)
Image Courtesy: Dr. Sergei Magonov

f14h20hopgcombo
f14h20hopgcombo
F14H20 on HOPG electrical modes

size: 3x3 um
SPM principle: Kelvin Probe Force Microscopy
f14h20hopgtopo1
Topography

size: 3x3 um
SPM principle: Amplitude modulation AFM
f14h20hopgsurfpot
Surface Potential

size: 3x3 um
SPM principle: Kelvin Probe Force Microscopy
f14h20hopgmag4
dC/dZ

size: 3x3 um
f14h20hopgmag5
dC/dV

size: 3x3 um
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