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sfb616.uni-due.de

Welcome to the SFB 616

SFB616 - energy dissipation at surfaces

http://sfb616.uni-due.de/

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Welcome to the SFB 616 | sfb616.uni-due.de Reviews
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SFB616 - energy dissipation at surfaces
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1 energy dissipation at surfaces
2 eV regime
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4 LEEM
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7 STM
8 TR-X PEEM
9 TR-RHEED
10 SSIOD
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Welcome to the SFB 616 | sfb616.uni-due.de Reviews

https://sfb616.uni-due.de

SFB616 - energy dissipation at surfaces

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sfb616.uni-due.de sfb616.uni-due.de
1

Members SFB 616

http://sfb616.uni-due.de/englisch/members.htm

This is our current staff of scientists! Click any member for detailed information. 49 201 183 3058. 49 201 183 2596. Prof Dr. Uwe Bovensiepen. 49 203 379 4566. 49 201 183 3845. 49 203 379 3568. Prof Dr. Eckart Hasselbrink. 49 201 183 3056. Prof Dr. Michael Horn-von Hoegen. 49 203 379 1438. Prof Dr. Peter Kratzer. 49 203 379 3313. Dr Frank Meyer zu Heringdorf. 49 203 379 1465. Prof Dr. Rolf Möller. 49 203 379 4220. Prof Dr. Hermann Nienhaus. 49 203 379 3154. Prof Dr. Marika Schleberger. 49 203 379 1600.

2

Talks/Lectures SFB 616

http://sfb616.uni-due.de/englisch/talks.php

Within the scope of the SFB616 and the seminar of Experimental Physics these are the presentations that generally take place (unless otherwise noted) in room MG 272 at 10:00am (Campus Duisburg). At the moment there are no talks announced. Wenn sie einen neuen Eintrag in der Rubrik "Talks" vornehmen lassen möchten,. Senden sie bitte eine E-Mail mit den entsprechenden Daten an den Webmaster!

3

Time-Resolved Photoelectron Microscopy

http://sfb616.uni-due.de/englisch/b5.htm

Dr Frank-J. Meyer zu Heringdorf. Prof Dr. Michael Horn-von Hoegen. Fig 1: Silver islands and wires on a Si (001) surface, From Ref. [1]. Electrons in Organic Thin Films. Left: Single-molecule high pentacene islands on a stepped Si(111) surface in Atomic Force Microscopy (AFM). Right: Similar islands (dark) in two-photon-photoemission PEEM. The AFM image on the left of Fig. 2. Shows that Pentacene forms small dendritic islands on the surface. Thicker films are polycrystalline and rough. Our first ...A two...

4

Kinetic Energy Transfer Processes at Surfaces

http://sfb616.uni-due.de/englisch/a4.htm

Kinetic Energy Transfer Processes at Surfaces. Prof Dr. Andreas Wucher. An example for the type of experiments performed to characterize the flux of material emitted from the surface is shown in Fig. 1. As is seen in Fig. 2. Shows the measured tunneling yield (i.e., the tunneling current normalized to the projectile flux) as a function of the projectile energy for singly charged Ar ions as well as for neutral Ar atoms impinging onto a polycrystalline silver surface. The data displayed in Fig. 3. Have bee...

5

Interaction Between Highly Charged Ions and Surfaces

http://sfb616.uni-due.de/englisch/a6.htm

Interaction Between Highly Charged Ions and Surfaces. Prof Dr. Marika Schleberger. Prof Dr. Andreas Wucher. The central idea of this project is to obtain a quantitative characterisation of energy dissipation processes during and after the impact of highly charged ions (HCI) on surfaces. The use of HCI offers the unique possibility to study both, the effects of kinetic and potential energy on energy dissipation during the ion-solid interaction. Slow highly charged Ions on Metal Surfaces. Further on in thi...

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LINKS TO THIS WEBSITE

wollschlaeger.physik.uni-osnabrueck.de wollschlaeger.physik.uni-osnabrueck.de

AG Wollschlaeger

http://wollschlaeger.physik.uni-osnabrueck.de/Workshop/index.php

Dünne Schichten und Grenzflächen. Welcome to the Internet Pages of the. Osnabrück, Germany. Ndash; October 16. Organizer: Prof. Dr. J. Wollschläger. After the great success of the SPA-LEED workshop Bremen 2008. We like to announce the SPA-LEED workshop 2009 which will be held from October 15. Social events: joint visit to downtown Osnabrück and dinner at Hausbrauerei Rampendahl. This workshop is supported by. SFB 616 "Energy Dissipation at Surfaces.

usd7.ifs.hr usd7.ifs.hr

Home

http://usd7.ifs.hr/Page.aspx?id=1

Scope of the symposium. Invited speakers and talks. Abstract format and submission. Opening address (B. Gumhalter). Closing address (H. Petek). Ultrafast Surface Dynamics (USD) is a biannual international conference and the main venue for scientific exchange in the field of ultrafast dynamics at surfaces and interfaces. Earlier meetings of the USD series were held at. Kloster Banz (Germany 2008). For general information on the USD7 venue follow the links of the.

usd7.ifs.hr usd7.ifs.hr

International Steering Committee

http://usd7.ifs.hr/Page.aspx?id=2

Scope of the symposium. Invited speakers and talks. Abstract format and submission. Opening address (B. Gumhalter). Closing address (H. Petek). Illumination by pump pulse . And 10 minutes delayed probe pulse proudly introduces in alphabetical order:. USD International Steering Committee. Pedro M. Echenique (Spain). Tony F. Heinz (USA).

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SFB 607

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Sonderforschungsbereich 608: Home

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SFB 610

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Welcome to the SFB 616

Dr Martin Magiera aus der Arbeitsgruppe von Prof. Dr. Dietrich Wolf hat in diesem. Jahr den Preis der Sparkasse Duisburg erhalten. Jeweils fünf Gewinner(teams) gab es beim Cenide Paper Award und Logowettbewerb. Dr Simone Wall ist als eine von 4 Finalistinen für den Dissertationspreise der. Sektion Kondensierte Materie der Deutschen Physikalischen Gesellschaft vorgeschlagen. Dr Hichem Hattab wird für seinen überdurchschnittlichen Abschluss. Notfallbetreuung für den Nachwuchs. The transformation of one kin...

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Hochschulrechenzentrum Johann Wolfgang Goethe Universität

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Skip to main content. To the Collaborative Research Center 630. Recognition, Preparation and Functional Analysis of Agents. Speaker: Prof. Dr. Dr. h.c. mult. Gerhard Bringmann. Vice-Speakers: Prof. Dr. Ulrike Holzgrabe,. Prof Dr. Dr. Heidrun Moll. Knut Baumann, University of Jena. Alicia Ponte-Sucre, Central University of Venezuela. Jürgen Popp, University of Jena. Gabriele Pradel, University of Würzburg. Michael Schmitt, University of Jena. Peter Staib, Hans Knoell Institute, Jena. Best of SFB 630.

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SFB631: Solid-State Quantum Information Processing: Physical Concepts and Material Aspects: Home

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