B. Winter
University of Graz
8 Papers
112 Citations
B. Winter is an academic researcher from University of Graz. The author has contributed to research in topics: Low-energy electron diffraction & Epitaxy. The author has an hindex of 7, co-authored 8 publications.
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Papers
Substrate-Mediated Electronic Structure and Properties of Sexiphenyl Films†
Abstract: , . /" #" & ' 0" / 1" 2 #" 1 $ + 3" -(. &" 4 " /5 " " 6 &" ! 7" 8 9" & ( 3" . /" / : " 1 *" " * $ ; " -+. )" & &" " & 7" 2 $' !" ) < 6 &" = > !" # " & ?" =@A ' /" *" 9 B(3" . /" / 7" A !" & A" /" 9 33( " -B. 9" 9 A" &" " & /" *" 9 ( " -3. !" 4 !" 9 7" " = A" C ' ( ;" . " 1 C 1" A 6< 6 / > /" *" 9 " B( " -;. #" )" D " " A 4" !" 8 &" " =@ 4" E" A ' 0" & &" 8" # 7" #" ! ( ;" . &" ' &" 9 ?" E ""# $ (( 3" . *" F ?" " ""# 2 B33" (. 1 ) ' 6 $ " 1 6 6 ) ) ' % & $ ' G % ) H0 % & & ' 0 " !
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The electronic band alignment on nanoscopically patterned substrates
TL;DR: In this paper, the electronic level alignment of the organic semiconductor para-sexiphenyl on a nanoscopically patterned substrate was investigated with ultraviolet photoemission spectroscopy, work function measurements and scanning tunnelling microscopy.
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Structure and morphology of sexiphenyl thin films grown on aluminium (111)
Roland Resel,Ingo Salzmann,Gregor Hlawacek,Christian Teichert,B. Koppelhuber,B. Winter,J. K. Krenn,J. Ivanco,M.G. Ramsey +8 more
TL;DR: In this paper, the epitaxial growth of sexiphenyl (C 36 H 26 ) on an atomically clean aluminium surface was studied on the basis of thin films grown at different substrate temperatures.
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Ordered mono- and multilayer films of sexiphenyl on Al(111): a LEED investigation
TL;DR: In this article, the results of a low energy electron diffraction (LEED) investigation of monolayer and multilayer films of para-sexiphenyl grown on Al(111) at room and elevated substrate temperatures were reported.
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Oxygen induced molecular reorientation on aluminum
TL;DR: In this article, the authors demonstrate that the presence of oxygen on the Al substrate prior to deposition leads to a reorientation of the molecules in which their axes are nearly perpendicular to the Al surface.
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