Desorption Induced by Electronic Transitions, DIET III

1. Electron Stimulated Desorption Ion Angular Distribution (ESDIAD)

   1. ESDIAD of Small Molecules on Surfaces: A Few Caveats

      • T. E. Madey, M. Polak, A. L. Johnson, M. M. Walczak

      Pages 120-125

   2. An Ellipsoidal Mirror Analyzer for the Study of Photon Stimulated Desorption

      • R. Stockbauer, R. L. Kurtz, T. E. Madey

      Pages 126-129

   3. Digital Video Data Acquisition/Analysis for Existing ESDIAD Apparatus

      • A. L. Johnson, R. Stockbauer, D. Barak, T. E. Madey

      Pages 130-134

2. Theory

   1. Front Matter

      Pages 135-135

      PDF

   2. Dynamics in Neutral DIET from Chemisorbed Molecules

      • E. B. Stechel, D. R. Jennison, A. R. Burns

      Pages 136-143

   3. The Nature of Repulsive States and the Role of Nuclear Dynamics in Desorption Induced by Electronic Transitions

      • Ph. Avouris, R. Walkup, R. Kawai, D. M. Newns, N. D. Lang

      Pages 144-159

   4. The Dynamics of O+ Desorption from TiO2

      • R. E. Walkup, R. L. Kurtz

      Pages 160-166

   5. DIET and the Electronic Structure of Chemisorbed Molecules and Physisorbed Rare Gases

      • D. R. Jennison, E. B. Stechel, A. R. Burns

      Pages 167-172

   6. Theory of Desorption of Neutrals by Temporary Ionization of Physisorbed Species at Metal Surfaces

      • Z. W. Gortel, H. J. Kreuzer, P. Feulner, D. Menzel

      Pages 173-181

   7. The Magnitude of Secondary Electron Contributions in Photon Stimulated Desorption

      • D. E. Ramaker, T. E. Madey, R. L. Kurtz, H. Sambe

      Pages 182-184

   8. Interatomic Auger Rates for the Sodium Fluoride Crystal

      • T. A. Green, D. R. Jennison

      Pages 185-187

3. Spectroscopy

   1. Front Matter

      Pages 189-189

      PDF

   2. Ultraviolet Surface Photochemistry and Charge Transfer

      • E. P. Marsh, F. L. Tabares, M. R. Schneider, J. P. Cowin

      Pages 190-195

   3. Chemically Induced Desorption of Nickel Oxide and Carbide by 5-200 eV C+ and O+ Ion Bombardment

      • H. Kang, S. R. Kasi, O. Grizzi, J. W. Rabalais

      Pages 196-204

   4. PSID SEXAFS Studies of Silicon Surface Chemistry

      • G. Thornton, D. R. Warburton, R. McGrath, I. T. McGovern, D. Norman

      Pages 205-209

   5. Photon Stimulated Desorption from Oxidized Al(110)

      • E. D. Johnson, R. F. Garrett, M. L. Knotek, F. Sette

      Pages 210-216

   6. Stimulated Desorption from CO Chemisorbed on Cr(110): Sensitivity to Bonding Changes

      • N. D. Shinn, T. E. Madey

      Pages 217-219

   7. Temperature-Dependent PSD of H+ from H2O/Si(111) (7×7)

      • R. A. Rosenberg, C.-R. Wen, D. C. Mancini

      Pages 220-224

   8. Electronic Sputtering and Its Application to SIMS Analysis of Biomolecular Monolayers

      • B. U. R. Sundqvist, A. Hedin, P. Håkansson, G. Jonsson, G. Säve

      Pages 225-229

   9. Limits of Applicability of the Popcorn Model for Desorption of Large Biomolecules by Fast Ion Impact

      • P. Williams, B. U. R. Sundqvist

      Pages 230-235

These proceedings are the result of the third international workshop on Desorption Induced by Electronic Transitions, DIET III, which took place on Shelter Island, NY, May. 20-22, 1987. The work contained in this volume is an excellent summary of the current status of the field and should be a valuable reference text for both "seasoned" researchers and newcomers in the field of DIET. Based on the success of the meeting it seems clear that interest and enthusiasm in the field is strong. It is also apparent, from the many lively discussions during the meeting, that many unanswered questions (and controversies) remain to be solved. It was particularly pleasing to see many new participants from new and rapidly advancing fields, ranging from gas phase dynamics to semiconductor processing. The resulting cross-fertilization from these separate but related fields is playing an important role in helping us understand desorption processes at solid surfaces. In general, the topics covered during the course of the workshop over­ lapped those of both DIET I and DIET II. However, clear advances have been made and in general there is a much more sophisticated understand­ ing of the physics and chemistry of stimulated desorption. Of particular note in this regard is the gas phase research highlighted in this workshop by the work of Nenner et al. , where new results indicate that in the gas phase, photodissociation can precede or compete strongly with autoion­ ization and other electronic relaxation pathways.

• exciton
• imaging
• laser
• laser spectroscopy
• semiconductor
• spectroscopy
• synchrotron radiation

• Surface Science and Chemical Physics, Division 8343, Sandia National Laboratories, Livermore, USA

  Richard H. Stulen

• National Synchrotron Light Source, Brookhaven National Laboratory, Upton, USA

  Michael L. Knotek

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