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71st IUVSTA Workshop Welcome Welcome to the 71st IUVSTA workshop on nanostructure characterisation by means of electron beam techniques IUVSTA71 , in Castle Hernstein, June 24-28, 2013. There is an increasing need for precise characterisation of nanostructured surfaces. While novel techniques have been introduced for this purpose in the recent past, the full potential of conventional surface analysis techniques employing electron beams for nanometrology is presently not exploited. The aim of the workshop is to improve quantitative understanding of the transport of electrons in nanostructures in order to widen the scope of nanostructure analysis and improve its accuracy. For this purpose, the workshop will highlight the present state-of-the-art, identify the most urgent problems, and provide a guideline for future developments on the following topics: • Measurement and calculation of fundamental quantities needed for nanoscale calibration by means of electron beam attenuation. • Influence of nanomorphology and manybody effects on electron transport. • Optimisation of experimental approaches and quantitative data interpretation. The workshop venue provides an ideal ambient for intensive discussion among the participants on the above topics and on the basis of the submitted abstracts, compiled in this book, it is to be expected that the workshop will provide a scientifically as well as socially exciting week. The IUVSTA71 organizing committee wishes all participants of the IUVSTA71 workshop a fruitful conference and an enjoyable stay in Castle Hernstein. Organizing Committee Wolfgang Werner Chair of IUVSTA 71 C. Eisenmenger-Sittner Finances M. Marik Workshop Office M. Novak Scientific Programme, book of abstracts C. J. Powell Scientific Programme W.S.M. Werner Chair Contact IUVSTA71 Workshop Office: Institut für Angewandte Physik/E134 M. Marik Vienna University of Technology, tel:+43-1-58801-13405 (before IUVSTA71 ) Wiedner Hauptstrasse 8-10/134 tel:+43-664-605883470 (during IUVSTA71 ) Vienna, Austria fax:+43-1-58801-13499 (before IUVSTA71 ) IUVSTA71@iap.tuwien.ac.at http://www.iap.tuwien.ac.at/www/iuvsta71/index 3
Nanostructure Characterisation by Electron Beam Techniques Invited Speakers Hagai Cohen IL Near and far-field spectroscopy at the nano-scale using focused electron beams Christian Colliex F Mapping the surface structural and electronic properties of individual nanoparticles with the tiny beam of a Scanning Transmission Electron Microscope (STEM) Don Baer US Characterizing Nanoparticles for Environmental and Biological Applications Dave Castner US Nanoparticles in Biomedical Applications: Characterization Challenges, Opportunities and Recent Advances Shigeo Tanuma JP Calculations of Electron Inelastic Mean Free Paths in Solids Over the 50 eV to 30 keV Range with Relativistic Full Penn Algorithm Rafael Garcia-Molina ES Inelastic scattering of proton beams in biological materials Cesc Salvat-Pujol D Surface excitations in electron spectroscopy Zhe-Jun Ding CN Roughness effect on electron spectrum Cesc Salvat Gavalda ES Inelastic collisions of charged particles: PWBA and asymptotic Bethe formulas Laszlo Kover H Intrinsic and surface excitations in XPS/HAXPES Wolfgang Drube D Electronic characterization of nano-structured materials by HAXPES Chuck Fadley US Characterization of Nanostructures with Hard X-Ray Photoemission Mihaly Novak H Monte Carlo simulation of supersurface electron scattering effects Alex Shard UK Practical XPS Analysis of Nanoparticles Hideki Yoshikawa JP Energy loss functions and IMFPs derived by factor analysis of reflection electron energy loss spectra Kyung-Joong Kim KR Traceable Thickness Measurement of nm Oxide Films by XPS Alex Jablonski PL Quantification of XPS Analysis of Stratified Samples David Liljequist S Model studies of the validity of trajectory methods for calculating very low energy (
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