TU Wien » Institut für Angewandte Physik » Surface Physics » The IAP/TU Wien STM Gallery

Differences

This shows you the differences between two versions of the page.

--- surface:stm_gallery:index [2009-02-16 15:19]
+++ surface:stm_gallery:index [2016-11-28 09:49] (current)
Wilhelm Hofer gallery images as links again
@@ Line 1: / Line 1: @@
+====== The IAP/TU Wien STM Gallery ======
+An atomic-scale view of surfaces:
+Some of the finest scanning tunneling microscopy (STM) images of metal surfaces, obtained by the [[surface:|Surface Physics Group]] at the [[:]], Faculty of Physics, Vienna University of Technology (TU Wien), Austria.
+For an overview of some more recent results of our group, mainly on oxides, see the [[:surface:|current pages of the Surface Physics Group]].
+----
+<HTML>
+   <div lang="de" style="text-align: right;" class="germanlinks">
+   <a href="/www/surface/stm_gallery/german" class="wikilink1" title="in German">
+      <img src="/www/_media/surface/stm_gallery/germanflags.gif" class="mediaright" align="right" alt="in German" /></a>
+</HTML>
+[[.:german|Zu den Seiten für unsere]]\\
+[[.:german|deutschsprachigen Besucher]]
+<HTML></div><br style="clear: right;" \></HTML>
+===== What you will find in this exhibition... =====
+<HTML><div style="min-width: 440px; width: auto;" class="iconslist"></HTML>
+<HTML><p>
+   <a href="/www/surface/stm_gallery/stm_schematic" class="wikilink1" title="surface:stm_gallery:stm_schematic">
+   <img src="/www/_media/surface/stm_gallery/stm_schematic_icon.gif" class="medialeft" align="left" alt="" /></a>
+   </p>
+</HTML>
+  * **[[stm_schematic]]**\\ What it is and how it works
+<clear>
+<HTML><p>
+   <a href="/www/surface/stm_gallery/dislocations" class="wikilink1" title="surface:stm_gallery:dislocations">
+   <img src="/www/_media/surface/stm_gallery/dislocations_icon.gif" class="medialeft" align="left" alt="" /></a>
+   </p>
+</HTML>
+  * **[[dislocations]]**\\ Defects of the crystal lattice
+<clear>
+<HTML><p>
+   <a href="/www/surface/stm_gallery/reconstructions" class="wikilink1" title="surface:stm_gallery:reconstructions">
+   <img src="/www/_media/surface/stm_gallery/reconstructions_icon.gif" class="medialeft" align="left" alt="" /></a>
+   </p>
+</HTML>
+  * **[[reconstructions]]**\\ Rearrangement of atoms at the surface
+<clear>
+<HTML><p>
+   <a href="/www/surface/stm_gallery/fe_crystallography" class="wikilink1" title="surface:stm_gallery:fe_crystallography">
+   <img src="/www/_media/surface/stm_gallery/fe_crystallography_icon.gif" class="medialeft" align="left" alt="" /></a>
+   </p>
+</HTML>
+  * **[[fe_crystallography]]**\\ fcc, bcc and the transition
+<clear>
+<HTML><p>
+   <a href="/www/surface/stm_gallery/chemical_resolution" class="wikilink1" title="surface:stm_gallery:chemical_resolution">
+   <img src="/www/_media/surface/stm_gallery/chemical_resolution_icon.gif" class="medialeft" align="left" alt="" /></a>
+   </p>
+</HTML>
+  * **[[chemical_resolution]]**\\ Surface chemical order on alloys
+<clear>
+<HTML><p>
+   <a href="/www/surface/stm_gallery/adsorption" class="wikilink1" title="surface:stm_gallery:adsorption">
+   <img src="/www/_media/surface/stm_gallery/adsorption_icon.gif" class="medialeft" align="left" alt="" /></a>
+   </p>
+</HTML>
+  * **[[adsorption]]**\\ When gas molecules get stuck on surfaces
+<clear>
+<HTML><p>
+   <a href="/www/surface/stm_gallery/segregation" class="wikilink1" title="surface:stm_gallery:segregation">
+   <img src="/www/_media/surface/stm_gallery/segregation_icon.gif" class="medialeft" align="left" alt="" /></a>
+   </p>
+</HTML>
+  * **[[segregation]]**\\ Images of their surface structure
+<clear>
+<HTML><p>
+   <a href="/www/surface/stm_gallery/pb_on_cu" class="wikilink1" title="surface:stm_gallery:pb_on_cu">
+   <img src="/www/_media/surface/stm_gallery/pb_on_cu_icon.gif" class="medialeft" align="left" alt="" /></a>
+   </p>
+</HTML>
+  * **[[pb_on_cu]]**\\ An atomic maze and other surprises
+<clear>
+<HTML><p>
+   <a href="/www/surface/stm_gallery/cu_on_pb" class="wikilink1" title="surface:stm_gallery:cu_on_pb">
+   <img src="/www/_media/surface/stm_gallery/cu_on_pb_icon.gif" class="medialeft" align="left" alt="" /></a>
+   </p>
+</HTML>
+  * **[[cu_on_pb]]**\\ Unexpected, but explicable
+<clear>
+<HTML><p>
+   <a href="/www/surface/stm_gallery/electronwaves" class="wikilink1" title="surface:stm_gallery:electronwaves">
+   <img src="/www/_media/surface/stm_gallery/electronwaves_icon.gif" class="medialeft" align="left" alt="" /></a>
+   </p>
+</HTML>
+  * **[[electronwaves]]**\\ Interference of surface and bulk states
+<clear>
+<HTML><p>
+   <a href="/www/surface/stm_gallery/nonmetals" class="wikilink1" title="surface:stm_gallery:nonmetals">
+   <img src="/www/_media/surface/stm_gallery/nonmetals_icon.gif" class="medialeft" align="left" alt="" /></a>
+   </p>
+</HTML>
+  * **[[nonmetals]]**\\ Oxides and grains of salt...
+<HTML></div><p style="clear: both;" /></HTML>
+----
+If you want to see more beautiful STM images from another lab: You may have a look at the [[http://www.almaden.ibm.com/vis/stm/stm.html|STM Gallery of IBM Almaden Research Center]].
+----
+If you want to, feel free to download single images or the whole IAP/TU Wien STM Gallery for private or school/academic use, but please do not remove the margins with the source of the images. Commercial use with written permission only.
+----
+<small>
+Whom you should blame for errors on this page:\\
+Michael Schmid, IAP/TU Wien (<php>iapmail('schmid');</php>).
+</small>
+<small>
+Funding by the Austrian //[[http://www.fwf.ac.at/|Fonds zur Förderung der wissenschaftlichen Forschung (FWF)]]// is gratefully acknowledged.
+</small>
+<faint>
+Impressum und Offenlegung gemäß Mediengesetz: Inhaber der Webseiten unter %%www.iap.tuwien.ac.at%% ist das Institut für Angewandte Physik, TU Wien, 1040 Wien · Verantwortlich für den Inhalt der STM-Gallery-Seiten: Michael Schmid. Es gilt der
+<html><a href="http://www.tuwien.ac.at/impressum/disclaimer/">Haftungsausschluss</a></html> der TU Wien.
+</faint>