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Methodology for Determination of Trap Depth and Energy by Single Electron / Dynamic Tunneling Force Spectroscopy
Invention Description: Researchers at University of Utah have developed an additional methodology that has been developed that relates to newly developed atomic scale imaging and spectroscopic techniques, Single Electron Tunneling Force Microscopy/ Spectroscopy (SETFM/S) and Dynamic Tunneling Force Microscopy/ Spectroscopy (DTFM/S). the invention...
Published: 8/3/2017
|
Inventor(s):
Clayton Williams
,
Jon Johnson
Keywords(s):
Category(s):
Microscopy
Method to Measure Depth and Energy of Electronic States by Tunneling Force Microscopy
Invention Description: Electronic trap states in dielectric materials critically influence the reliability and performance of electronic devices. Researchers at The University of Utah have developed a technique to characterize such states with atomic scale spatial resolution. The method is based on tunneling charge measurements, which are performed...
Published: 6/6/2019
|
Inventor(s):
Clayton Williams
,
Jon Johnson
Keywords(s):
Category(s):
Microscopy
,
Instrumentation
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