Table Of Content

surface science Author index HOH + ; _ {UHV STM STSa i surface science ELSEVIER Subject index THEORETICAL METHODS, MODELS AND PTECHNIQUES Ab initio quantum chemical methods and calculations T. Hoshi K. Ob to, M. H M K.M.R id A UHV STM-STS Atom—solid interactions, scattering, diffraction IH Green’s function methods INSSE€ M.C. Mu Pt/Pt.Mn(111 ‘ lon—solid interactions, scattering, channeling 1. Hansse F. Marti iP. N R Models of non-equilibrium phenomena D Models of surface chemical reactions A.A. Shklva M. Aon d T. Su mn Sit} Models of surface kinetics G. Moroni i(1A11)g bin)ary (seg reg ind magnetic properties of nickel surfaces 3 | | iIipe, M. Tomellini Yoshimoto ar sukada, First principles stuc 1 the ohnson- Mehl-Avrami ry and st I n t I t verage-time dependence in th ilm growth on the Si( 001) surface 423 (1999) 32 es 23(1999) L258 A.R R.M eenstra, D.W. Gre M.-S. Shin, M G.R. Bell, M. Itoh inoscale effects Skowronski, J. Neugebauer and J.E. Northrup, GaN(0001 ) irsenic Kineticso n i UU lomoepitlaxy lace Structures studied using scanning tunneling micro 23 (1999) L280 Vlolecular dynamics (hemical vapor deposition 6b Semi-empirical models and model calculations Desorption induced by electronic transitions (DIET ) 5. YK W EXPERIMENTAL SAMPLE PREPARATION AND CHARACTERIZATION METHODS m stimulated desorption (ESD) Atom-—solid reactions V k A timulated desorption (PSD VK W Atom—solid scattering and diffraction — elastic Electron energy loss spectroscopy Bb Atom-—solid scattering and diffraction — inelastic on—solid diffraction wergy electron diffraction (LEED) M.M } | 4 UHV STM/STS Reflection high-energy electron diffraction (RHEED) DW. G M LEN lon implantation IR.H p lon scattering spectroscopy Low energy ion scattering (LEIS) Laser methods FE LA. S {) RiDn Laser induced thermal desorption (LITD) eS 1S.M. ¢ j Hi. O kiy R Molecular beam epitaxy r. Si Non-linear optical methods A.A M.A » Si Second harmonic generation A.A. SI M.A Ss Photoelectron spectroscopy ingle resolved photoemission A UHV STM STS Visible and ultraviolet photoelectron spectroscopy Scanning tunneling spectroscopies 3) po 1G nd V. K { lh, B.G MIES nd | \-ray photoelectron spectroscop) Perkins, M. I I Work function measurements Chemisorption Kolaczkiew vtl ( Perk M. 7 X-ray scattering, diffraction, and reflection V] | Compound formation PHENOMENA Q. ¢ Hi I Mo H,OH Adhesion Electron stimulated desorption - WK. W Epitaxy Catalysis OQ. Gu » t ! ‘ CH.OH ads Etching Evaporation and sublimation lon—solid interactions 1.R.H P H.O R Friction Growth Magnetic phenomena (cyclotron resonance, phase transitions, etc.) M. I Nucleation ic G.R. Bell, M. Itoh, T.S. Jones irsenic kinetics on GaA Oxidation I.R. Hahn, Promoted gray trapped between basal planes 23 (1999) C.L. Perkins, M. Trenary, T. Tanaka and S. Otani photoelectron spectroscopy investigation of the initial rption sites on the LaB,.( 100) surface J. Kolaczkiewicz 423 (1999) L222 ultrathin films Tr. Suzuki, Critical oxide clustet f 423 (1999) 6] Surface diffusion Photoelectron emission M. I Photon stimulated desorption VK W ‘ | Surface electronic phenomena (work function, surface potential, surtace states, etc.) Surface energy Sputtering \ 6 Ss Surface relaxation and reconstruction M. 7.3 I H.M Sticking 5 Surface thermodynamics (including phase transitions) M. Chida, Y. TanishiroH., M Thermal desorption L.E.B Surface stress Z. Jin, B. War Tunneling , 1. Hansset Moroni, Su lleopneennddee nt p AFM Vibrations of adsorbed molecules Q. Guo, P.H. McBreen and P.J. Meller. CH,OH adsorptio ( predeposited -I ) 00] Wetting 1 Rui OOl