Invited Speakers include
(For further information click on names) :
1) Geoff Dearnaley (South West Research Institute – USA)
Title: The use of thin layer activation to evaluate ion beam surface treatments of orthopadic implant materials
2) Andre Anders (Group Leader, Plasma Applications Group Lawrence Berkeley National Laboratory – USA)
Title: Energetic condensation of metal plasmas
3) Masaya Iwaki (Director Div. Surface Characteriza:tion Riken – Japan)
Title: Ion beam modification of carbon materials
4) Naoki Kishimoto (Nanomaterials Laboratory, National Institute for Materials Science – Sakura - Japan)
Title: Control of Metal Nanoparticles in Insulators by Electronic Excitation and its Application for Nonlinear Optics
5) Qing- Yu Zhang (Dalian University of Technology, Dalian - China)
Title: Fundamentals and Applications in the Material Modification by High Intense Pulsed Beams
6) Wolfgang Ensinger (Universty of Marburg , Marburg - Germany)
Title: the formation of nanofilters and nanowires by high energy ion beam techniques.
7) Peter Townsend (University of Sussex - UK)
Title: Ion beam luminescence and the information it can offer
8) Junzo Ishikawa (Director of Ion Beam Engineering Experimental Laboratory, Kyoto University – Japan)
Title: Ion implantation of negative Ions for cell growth manipulation and nervous system Repair
9) Angelo Yializis (Sigma Technologies International Inc. , Arizona - USA)
Title: High Speed Functionalization of Web Surfaces Using Vaccum and Atmospheric Plasma Treatment.
As we well know plasmas are well established for cleaning
and functionalizing the surfaces of many commercial products including polymers and textiles for enabling grafting of additional
monomers and/or enabling hydrophilic/hydrophobic behaviour. The plasma treatment area complements low energy ion beam treatments
and can be the basis of hybrid: plasma plus ion beam. High speed vacuum and atmospheric plasma technology for treating films,
fabrics, etc, will be given.
10) Yu Zengliang (Key Laboratory of Ion Beam Bioengineering, Chinese Academy of Sciences,Hefei - China)
Title: Study on the interaction of low-energy ions with organism.
The outline will include: 1) the interaction between low-energy ions and organism, 2) the role of ion beam in the chemical origin and evolution of life, and 3) ion beam bioengineering (mutation breeding of crops and microbes, DNA delivery etc).
11) Daryush ILA (Executive Director - AAMU Research Insfifute Alabama A&M Universty Normal,Alabama – USA)
Title: Application of Ion Beam in Production of nanoscale nanomaterials
12) Floyd Del McDaniel (Director of the Ion Beam Modification and Analysis Laboratory, Department of Physics University of North Texas ,Denton, USA)
Title: Ion implantation effects on hydrogen absorption and desorption in carbon nanotubes and carbon films
13) Dushyant C. Kothari (University of Mumbai , Mumbai - INDIA )
Title: Radiation resistant Materials for Accelerator Driven Sub- critical System.
14) Ińigo Braceras (Lifenova Biomedical, S.A. Parque tecnológico - San Sebastián – Spain)
Title: Interaction of engineered surfaces with the living world: what role may play ion beam modification techniques?.
15) Nikolay S. Sochukov (Institute of High Current Electronics, Russian Academy of Sciences, Siberian Branch,Russia, Tomsk, Russia)
Title: Recent progress in plasma surface modification technologies and their applications in ihce
16) Graham K. Hubler (Head, Materials & Sensors Branch Naval Research Laboratory Washington, DC –USA)
Title: The Status of Condensed Matter Nuclear Science - aka “Cold Fusion”
17) John E.E. Baglin (IBM Almaden Research Center, San Jose, CA – USA)
Title: Ion Beam Patterning: Strategic Process Design for Fabrication of Nano-structures
18) Rafael Rodriguez (Centro de Ingenieria Avanzada de Superficies AIN, Pamplona - Spain)
Title: The development of competitive industrial applications of ion implantation Treatments
19) Jirohta KASAGI (Laboratory of Nuclear Science, Tohoku University – Japan)
Title: Low energy nuclear cross-sections in metals.
Performing low energy
nuclear cross-section measurements by bombarding metal targets with deuterons at energies between 2 and 30 keV. the motivation for
them was to obtain better cross-sections useful for modeling nucleo-synthesis of the elements in stars and supernovas. What they
have found out is that there is enhancements of up to 100 of the nuclear cross sections at low energy. The electron screening is
very effective. No one knows the mechanism of why the enhancements are so large. Moreover, the enhancement is very metal
dependent, and there is no systematic understanding of why some metals give the effect and others do not. So it is a mystery.
One of the best metals that give an enhancement is Pd! A review including the work of other groups will be given as well.
20) Ronghua Wei ( Southwest Research Institute , San Antonio, TX – USA)
Title: Ion Beam and Plasma Surface Engineering for Automotive Applications
21) Ahmet T. Alpas (General Motors of Canada Industrial Research Chair, Mechanical, Automotive and Materials Engineering, University of Windsor , Windsor, Ontario – Canada)
Title: Surface Modification Technologies for Automotive Applications
22) Paul K. Chu (Department of Physics & Materials Science, City University of Hong Kong - China)
Title: Enhancement of surface properties of Biomaterials Using Plasma-Based Technologies
23) Wilhelm Bruenger (Fraunhofer-ISiT, 25524 Itzehoe – Germany)
Title: Ion Projection Surface Structuring with noble gas ions at 75 keV
24) Harry Bernas (University of Orsay, Orsay-france)
Title: Ion Patterning for Nanoscale Magnetics (Storage and Mag-RAM)
25) Michael Aziz (Materials ScienceDiv. Engineering & Applied Sciences, Harvard University, Cambridge MA 02138 – USA)
Title: Nanoscale Morphology Control Using Ion Beams with Applications in Materials and Life Sciences
26) Isao Yamada (Laboratory of Advance Science and Tehcnology University of Hyogo, Japan)
Title: Nano-Scale Surface Modification using Gas Cluster Ion Beam
27) Baixin Liu Tsinghua University Dept. of MS & E
Title: High-spin ferromagnetic state of fcc Fe in the metastable Fe-Ag(Au) alloys synthesized by ion beam mixing
28) Leslie Evelyn
Title: Ion Beam Processing of Polymers:Basics And Applications
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