Desorption Induced by Electronic Transitions DIET II

1. Front Matter

   Pages I-IX

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2. Basic Mechanisms

   1. Front Matter

      Pages 1-1

      PDF

   2. Studies of the Atom-Surface Interaction and Charge Exchange in Sputtering

      • N. D. Lang

      Pages 2-9

   3. Mechanisms for Excited Neutral and Negative and Positive Ion Desorption from Surfaces

      • David E. Ramaker

      Pages 10-23

   4. Electronic Dynamics of Complex DIET Excitations

      • D. R. Jennison, E. B. Stechel, J. A. Kelber

      Pages 24-31

   5. Time Dependent Theory of Electronic Structure and Nuclear Dynamics in DIET

      • E. B. Stechel

      Pages 32-39

   6. Scattering Approach to Two-Hole Final States

      • J. Rubio, J. M. López Sancho, M. C. Refolio, M. P. López Sancho

      Pages 40-43

   7. Microscopic Calculation of Retunneling Rates of Hydrogen on Transition Metals

      • W. Hübner, W. Brenig, H. Kasai

      Pages 44-47

3. Ion Desorption via Core Excitations

   1. Front Matter

      Pages 49-49

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   2. Fragmentation of CO and Transition Metal Carbonyls Following Soft X-Ray Excitation

      • W. Eberhardt, C. T. Chen, W. K. Ford, E. W. Plummer, H. R. Moser

      Pages 50-67

   3. Polarization Dependent Resonances in Core Initiated Photon Stimulated Desorption of Ions from Chemisorbed Molecules

      • R. Treichler, W. Riedl, W. Wurth, P. Feulner, D. Menzel

      Pages 68-76

   4. The Measurement of Auger Electron-Ion Coincidence Events from Surfaces

      • M. L. Knotek, J. W. Rabalais

      Pages 77-83

   5. 3p-Core Hole State Sensitivity in Ion Desorption from Oxidized Cr

      • E. Bertel, R. Stockbauer, R. L. Kurtz, T. E. Madey, D. E. Ramaker

      Pages 84-88

   6. Site Specificity in Stimulated Desorption from TiO2

      • Richard L. Kurtz, Roger Stockbauer, Theodore E. Madey

      Pages 89-93

   7. Resonant Photoemission and PSD of Rare Earth Oxides

      • J. Schmidt-May, F. Senf, J. Voss, C. Kunz, A. Flodström, R. Nyholm et al.

      Pages 94-97

   8. ESD from NO and NO2 on Pt(100): Importance of Core-Level Assisted Ion Desorption and Application to the Investigation of NO2 Decomposition

      • Udo Schwalke, Horst Niehus, George Comsa

      Pages 98-101

4. Angular and Energy Distributions of Ions

   1. Front Matter

      Pages 103-103

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   2. Recent Advances Using ESDIAD: Applications to Surface Chemistry

      • Theodore E. Madey, Carsten Benndorf, Neal D. Shinn, Zoran Misković, Jovan Vukanić

      Pages 104-115

   3. Internal and Translational Energies of Molecules Desorbed by Electronic Transitions

      • Ken Snowdon

      Pages 116-122

   4. ESDIAD Studies of the Structure of Species Chemisorbed on Ni(110). The Surface Bonding of NH3, NH2, and CO

      • J. T. Yates Jr., C. Klauber, M. D. Alvey, H. M. Metiu, J. Lee, R. Martin et al.

      Pages 123-129

The second workshop on Desorption Induced by Electronic Transitions (DIET II) took place October 15-17, 1984, in SchloB Elmau, Bavaria. DIET II, fol­ lowing the great success of DIET I (edited by N. H. Tolk, M. M. Traum, J. C. Tully, T. E. Madey and published in Springer Ser. Chem. Phys. , Vol. 24), again brought together over 60 workers in this exciting field. The "hard co­ re of experts" was essentially the same as in DIET I but the general overlap of participants between the two meetings was small. While DIET I had the function of an exposition of the status of the field DIET II focussed more on new developments. The main emphasis was again on the microscopic under­ standing of DIET but a number of side aspects and the application of DIET ideas to other fields such as sputtering, laser-induced desorption, fractu­ re, erosion, etc. were considered, too. New mechanisms and new refined expe­ rimental techniques were proposed and discussed at the meeting critically but with great enthusiasm. In addition to the talks, there was a continuous poster exhibition which also stimulated extended and excited discussions. This book is a collection of papers summarizing the talks and posters presented at the meeting.

• Atom
• Sorption
• atoms
• bonding
• chemistry
• dynamics
• electron
• fields
• metals
• molecule
• semiconductor
• structure
• surfaces
• transitions
• ultraviolet

• Physik Department, Technischen Universität München, Garching, Fed. Rep. of Germany

  Wilhelm Brenig, Dietrich Menzel

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