DSL-2010

Hydrogen-related kinetics in materials (SS9)

This special session addresses broad aspects of H-related kinetics in various types of materials. Special attention will be given to accelerated diffusion and phase transitions in metals in hydrogen atmosphere. By bringing to light a variety of phenomena (possibly) caused by hydrogen, e.g. H-embrittlement and peculiar properties of electrodeposited metals, we intend to help clarifying their underlying mechanisms. Other topics of interest include proton conductors, H-kinetics in catalytic reactions on metal surfaces, as well as traditional and most recent problems of H diffusion in bulk and nano materials.

ABSTRACTS SUBMISSION (S):
Online: http://www.dsl2010-paris.com/abstract.html
or directly by email to: abstract@dsl2010-paris.com

SS9-FLYER (pdf)

PUBLICATION:
Papers submitted to DSL-2010 and accepted after review process will be published in the periodical "DEFECT AND DIFFUSION FORUM" (Special Issue) by Trans Tech. Publications: www.ttp.net/1012-0386.html

ORGANIZED BY:

	Prof. Yuh Fukai Institute of Industrial Science The University of Tokyo Japan yuh.fukai@m8.dion.ne.jp INTRODUCTORY TALK: "Hydrogen-induced superabundant vacancies in metals: Implication for electrodeposition"
	Prof. Markus Wilde Institute of Industrial Science The University of Tokyo Japan wilde@iis.u-tokyo.ac.jp OVERVIEW TALK: "Surface/subsurface transitions of hydrogen on metallic single crystals and nanoparticles"

INVITED TALK:

	'Hydrogen interacting with defects in metals and consequences regarding diffusion and embrittlement' Prof. Reiner Kirchheim Georg-August-Universität Göttingen, Germany
	'Proton conductivity in soft materials' Dr. Sandrine Lyonnard CEA Grenoble, France
	'Role of subsurface hydrogen diffusion in hydrocarbon conversions on supported model catalysts' Dr. Swetlana Schauermann Fritz-Haber-Institut der Max-Planck Gesellschaft, Germany
	'Density-functional studies of hydrogen in mono- and bimetallic nanostructures of relevance for catalysis and beyond' Prof. Konstantin Neyman ICREA and University de Barcelona, Spain