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Materials science has made
remarkable advances lately by paving the way for the
design of internal nano-structures. Metal oxides with
nano-scale periodicities could become high-temperature
superconductors. The giant magneto-resistance (GMR)
effects and properties of thermoelectric materials have
been improved sharply by controlling their supper-lattice
structures. The optical properties of photonic crystals
can also be designed widely through forming submicron-scale
periodic structures. These studies are now heavily
dependent on Chemical Vapor Deposition (CVD) and other
thin-film fabrication processes. Recently, however, many
bottom-up technologies applicable for metals and metal
oxides are rapidly developing. Organization of inorganic
materials in the nano- to submicron-scale is becoming a
major trend in materials science. Another trend is an increasing interest in environmental and energy issues. The typical examples are water purification system and fuel cell. For studying these issues, we need to systematize the absorption and selective permeation of molecules, catalytic reaction, and other phenomena in the submicron-scale. Nanotubes and nanosheets seem to be key elements for such system. However, surface characteristics and the functions of these new materials in micro-environment are not deeply understood. Colloid science has treated the subjects of diffusion, water repellency, and other molecular properties, and revealed that these behaviors often change discontinuously in the nano- to submicron-scale. Nanomaterials with peculiar structures may show new functions beyond what can now be predicted. This symposium is aimed at discussing unknown functions of inorganic materials that appear in the nano- to submicron-scale. In the symposium, distinguished researchers will be requested to deliver the latest results of their nanomaterials research and to encourage participants to argue the novel phenomena peculiar to the nano-structures. New trends in materials science including aesthetic oxide-clusters and supermolecules, and their self-organization will also be discussed. Another purpose of this symposium is to invite leading researchers in the field of colloid and surface chemistry to thoroughly discuss the molecular properties in micro-environments. Profound discussions about surface phenomena, assembly of nanomaterials, and interaction with molecules and bio-molecules will help us discover the key technologies in the 21st century. |
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Invited Speakers | ||||||||||||||||||||||||
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Sunday, March 7 (16:00-20:00)
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Monday, March 8 (8:50-21:00) | ||||||||||||||||||||||||||||||||||||||||
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Tuesday, March 9 (8:50-21:00) | ||||||||||||||||||||||||||||||||||||||||
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Wednesday, March 10 (8:50-12:30) | ||||||||||||||||||||||||||||||||||||||||
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* Official Language : English |
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All participants are
requested to register in advance. Please complete the
Registration Form and send it to the Secretariat of ISAM
2004 by February 20, 2004 and also transfer your
registration fee to the following bank account. □ Registration Form < PDF (234 KB) ・ MS WORD (53 KB) > □ Registration Fee: 10,000 yen (including Banquet Fee) Upon receiving your
Registration Form and payment, the Secretariat will send
you a receipt with □ Payment of Registration Fee Bank: The
Bank of Tokyo-Mitsubishi, Shin-Marunouchi Branch Please note that the bank charge for remittance must be borne by the applicant. |
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Persons wishing to present a poster are requested to register as described above and submit an abstract as early as possible because the number of posters is limited within 40. □ Please prepare your abstract and send it to ICHINOSE.Izumi@nims.go.jp by E-mail. Sample Abstract < PDF (18 KB) ・ MS WORD (37 KB) > □ The dimensions of the poster board is 180 (H) × 90 (W) cm. |
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Toshi Center Hotel 2-4-1 Hirakawa-cho, Chiyoda-ku, Tokyo 102-0093, Japan Tel : +81-3-3265-8211 Fax : +81-3-3262-1705 URL : http://www.toshicenter.co.jp < Access Map > |
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Secretariat of ISAM
2004 c/o ICS Convention Design, Inc. Tel: +81-3-3219-3541 Fax: +81-3-3292-1811 E-mail: isam@ics-inc.co.jp Conference Secretary of ISAM
2004 |