Organizers:

Representative

Nobuya HAYASHI	Kyushu University

Co-Organizers

Toshiro KANEKO	Tohoku University
Yuichi SETSUHARA	Osaka University
Toyohiro CHIKYO	National Institute for Materials Science
Kazuo TERASHIMA	The University of Tokyo
Hiroshi FUJIYAMA	Nagasaki University
Masaru HORI	Nagoya University
Naho ITAGAKI	Kyushu University
JeonGeon HAN	Sungkyunkwan University
Suk Yae YOO	National Fusion Research Institute
Rod BOSWELL	Australian National University
Dheerawan BOONYAWAN	Chiang Mai University
Mudtorlep NISOA	Walailak University

Correspondence

Yasushi INOUE	Chiba Institute of Technology	inoue.yasushi@it-chiba.ac.jp

Scope:

Plasma process is a key technology for synthesis of functional nanomaterials, which can evolve into industrial platforms for nanodevice fabrication technologies including bio-inspired nano processes. In addition to a variety of conventional plasma processes, much attention has been paid to novel plasma technologies including tmospheric-pressure non-thermal plasmas, which have been actively studied for applications to surface modifications and ultra-high-rate fabrication of functional nanomaterials. Major objective of this session is to provide an interdisciplinary forum for scientists and engineers in research areas including plasma technologies and nanomaterials to enhance discussions on latest achievements and challenges on the frontier of nanomaterials fabrications based on advanced plasma technologies; characterization and control of subsurface reactions in the advanced plasma processes, synthesis of novel nanomaterials, nanostructure control of materials and novel functionality of nanomaterials. The session will consist of invited lectures and contributed papers (oral/poster).

Topics:

• Advanced Plasma Processes for Green Nanotechnologies
• Functional Nanomaterials Fabrications and Nanostructure Control
• Plasma Processes for Energy and Environmental Applications
• Plasma Medicine and Bio-Inspired Nano Processes
• Advanced Plasmas & Surface Diagnostics
• Deposition Processes
• Etching Processes
• Simulation and Database

Keynote Speakers:

Makoto KAMBARA	Tokyo University

Lecture title: Mesoplasma CVD for fast rate and high yield Si epitaxy

Invited Speakers:

Fumiyoshi TOCHIKUBO	Tokyo Metropolitan University

Lecture title: Physical and chemical phenomena at gas-liquid interface using atmospheric pressure dc glow discharge with liquid cathode

Kenji ISHIKAWA	Nagoya University

Lecture title: Real-time / In-situ Electron Spin Resonance Analysis of Surface Reactions on Organic / Biological Materials Interacted with Plasmas

Yasusei YAMADA	AIST

Lecture title: Optical Switching Properties of Mg Alloy Based Switchable Mirrors

Kungen TEII	Kyushu University

Lecture title: Plasma Deposition and Applications of Cubic Boron Nitride Films

Shojiro KOMATSU	NIMS

Lecture title: Photo-Induced Formation of sp3-bonded BN Polytypic Forms with Extraordinary Large Lattice Parameter c in Laser-Plasma Synchronous CVD

Marko EICHLER	IST

Lecture title: SELECT: Local plasma treatment without lithography

Guan WEIMIN	Wuhan University

Lecture title: Synthesis of Metal Nanoparticles by Plasma-liquid Reaction

Joanna PAWLAT	Lublin University of Technology

Lecture title: Decontamination of Heat Sensitive Surfaces Using Atmospheric Pressure Plasma Jet

Christine CHARLES	The Australian National University

Lecture title: Plasmas create new paths for carbon nanotube-based fuel cell electrodes and arrays of polymer with selective biological responses.