List of records in nano database
IDs:
117
Authors : |
Márk,Géza,I.;Biró,László,P.;Lambin,Philippe |
Title : |
Modeling and interpretation of STM images
of carbon nanosystems |
BookTitle : |
Frontiers in Multifunctional Nanosystems |
Editors : |
Buzaneva,E.;Scharff,P. |
Edition : |
|
PubDateYear : |
2002 |
PubDateOther : |
|
Volume : |
|
Series : |
NATO ASI Series |
Chapter : |
|
StartPage : |
43 |
EndPage : |
58 |
Publisher : |
Kluwer |
Address : |
Dordrecht |
ISBN : |
|
Keywords : |
W_simul |
Notes : |
|
Abstract : |
Scanning tunneling microscopy (STM) is the only
tool making it possible to study both the
topography and electronic structure of carbon
nanosystems in sub-nanometer resolution.
The interpretation of the STM images of carbon
nanosystems is more complicated than in the case
of flat, single crystalline surfaces.
Because of this computer simulation is a helpful
tool in understanding the experimental data.
In this paper the image formation in STM and
the particularities of imaging supported carbon
nanosystems are discussed. The tight binding
and the wave packet dynamical STM simulation
methods are reviewed with applications showing
their complementary merits. These methods are
simple enough to make feasible in the near
future their application to more complex
carbon nanosystems like coiled nanotubes
and nanotube crossings. |
HTML_Local : |
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HTML_Remote : |
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Preprint_Local : |
http://www.nanotechnology.hu/preprint/kiev2001.pdf |
Preprint_Remote : |
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