Table Of Content

surface science ELSEVIER Author index amet istiruc ) rT M. Sacch our and ocl vidence ered ral xclz and M. Weihnacht, St phase 0 1 heterostructures by ibsorptior f thin hims, measured b 4 B.M.O Tatsuyama nd GaS a nation ol ga rbeSTMd ti ps 4l1¢ +ift : u A) t us ” ' ' ‘ ALL unza, Z. Wang,H .C. Gallow: 11611998) 184 M.A. Van Hove and C.S. Fadley, The growth nd ratu nning tunne xide filmso n Pt( 111 i combined XPD, STM, and MICTOSCO dy of the react | Br, with 100) LEED study ( 416 (1998) 488 . Yamamot 416119983)2 0 Yamamok oO 41611998) 363 Yamanak see Stefanov 116 (1998) 305 Yas'k A... see oro \ 16(19982)5 5 Ynzunza, R.X., see Kim 416 (1998) 68 Yu, S.-W., R. David, N. Irmer, B. Schmiedeskamp, N. Miller Westphal, ¢ U. Heinzmann and N.A. Cherepkov, Determinatofi pohnas e Wilms, M., P differences of transition matrix elements from Pt(110) by of spin-resolve Moemission with circularly and itu STM polarized radiation 416 (1998) 39¢ T. Shioda, J. Kubota, K. Onda, A. Wada, K. Dome ( Hirose, Polarization characteristics from SFG spectra of clean and regulatively oxidized Ni( 100) surfaces vit! adsorbed by propion: and format 416(1998) L1090 K.( B.G. M Eker it, Homolysis versus 6-1 ri m tion int Zeng. J.. see Zheng 416119984)7 ? ompi}o siti Zheng, X.M. and J. Zeng, Hydrogen chemisorption on a boron terminated diamond (100) surface: an ab initio study 416 (1998) 47 surface science Subject index THEORETICAL METHODS, MODELS AND Modelso f surface chemical reactions TECHNIQUES Ab initio quantum chemical methods and calculations DJ. Moffatt Models of surface kinetics M.B. Huger Molecular dynamics A G Pil Density functional calculations C.-M. W { i ilar orbital methods Mofiatt, Resol ing microscopy Ic EXPERIMENTAL SAMPLE PREPARATION AND } CHARACTERIZATION METHODS Adsorption isotherms G.F.¢ ind L. Meda, At heoryo f n terms of clusteri Atomic force microscopy Chemical vapor deposition Braun, H. BR Electrochemical methods K. I } IN. Ot Electron—solid scattering and transmission — elastic Electron energy loss spectroscopy N tor r. K H. | B ter, V.M. P S Electron—solid scattering and transmission — inelastic 1. K H. | Field ion MICcTOSCcOpy AB.M.O. I lon scattering spectroscopy Electron mic roscopy AA. Shklva M. Shit Low energy ion scattering (LEIS) Si(1l it rag Reflection electron microscopy (REM) 1.M. Bermond, J.J. M ICH Laser methods iW Electron—solid diffraction ; Low energy electron diffraction (LEED) Laser induced thermal desorption (LITD) Y.J. Kim, C. Westphal, RX. ! Z. Wang M. Salmeron, M.A. Van Hove and dle I ‘ 1.W. Elam me M.A {iron oxide filn n Pt mbined j org c pt f H,O LEED stud Ryé crystal a-Al { irlace Ikeda, T. Maruoka and N. Nagashima, Rez ‘ ' a Molecule—solid reactions urfaces wit! ;: XPS and LEED studi C.-M. W and M. Scheffler DA. G u.P. Melnik, D.P. Pro Sklyar senko and A.A. Yas’ko, Bar molybdenum( 110): LEED and EELS stud Non-linear optical methods car ¢ tended \-vay absorption fine structure (NEXAFS Sum frequency g reneratt cT‘ rosco Pn y Scanning tunnelin microscopy photoelectron spe Work function measurements Crystallization PHENOMENA Adsorption kinetics Electron emission Epitaxy emperature 16(1998) 1 (sa 1oway The growth xide f $ Or (11 i ibined XPD, STM, and LEED stud : >» (1998) 6R A. Shkiva »S lin I i A.B.M.O. Islam ompound 1998) 295 ind J.H. Weave etastable structures and Agon Si(ll1)}-7=x7 416(1998)L1101 Gauthier, A temperature 416(1998) 1 1 homoepitaxy 416(1998) LILI8 N.A. Booth McCabe, D.R . lon bombardment Schindler, R. Lindsay oeft ¢ and A.M. Bradshaw cor n in the adsorptior G. Costantini, S. Rusponi, R. Gianotti, C. Boragno and | system Ni(110)c(2 ) ‘ tr Valbusa, Temperature evolution of nanostructures induced by Ar” sputtering on Ag(001) 416 (19982)4 5 Luminescence Photoluminescence ABM.O. I Tat (sas Surface energy Photoelectron diffraction B R. Da D.R.1 R. Lindsa + BP erbos smeart Surface relaxation and reconstruction A.M. Brad NiCd Photoelectron emission S.-W. Yu, R Surface chemical reaction L.K. Verhey and M.B. Hugenschn droget x J. Braun, H. Rat ischer and R.J. Behm, Adsorptx silane Surface roughening ? t ‘CVD er ,1 998) S.A. Sa P.D. Cobden uv hu | Baraldi »s Comelli, S. Lizzit and M Surface segregation electron spectroscopy study Rhi( 533): understan reaction rate P.K. Stefanov, Y. Ohno, 7 and T. Matsushima, Reactx jation on a Pt( 113) surface ' 1998) 3 pe Platzgummer wrsthuber, M H. Liu and R.J. Hamers, An X-ray photoelectron spectroscoy study of the bonding of un urated organic molecules i $1( 001) surface Surface structure, morphology, roughness, and topography Surface waves B VM P Phonons Plasmons B A.A. Yas) B LEED and EELS Thermal desorption PA. a B.G. M Hon lunneling A.A. Ma nk K t rand A.G rSTM stud Vibrations of adsorbed molecules ie