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Institute
of Coal Chemistry
Affiliation : Chinese Academy of
Sciences
Research Activities: Sol-Gel process
within the Nano materials research area. The page give an overview of
the different groups and people to contact. |
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CERAMICS DIVISION
Affiliation : Regional Research Laboratory
(CSIR), INDIA
Research Activities: Major research areas include:
Synthesis of sol-gel non fused alumina abrasives, low temperature synthesis of sol-gel
alumina, mullite and aliminium titanate using a seeding
technique. Synthesis of sol-gel alumina/mullite-SiC
nanocomposites. Fabrication of alumina ceramics through extrusion
using gel as an inorganic reactive binder. Synthesis of sol-gel titania membranes and
photocatalytic coatings. Synthesis of aerogel like materials by subcritical
drying. Synthesis of intercalated montmorillonite clays using sol-gel
boehmite. Sol-gel synthesis of phosphate ceramics. Synthesis of high surface area materials by sol-gel
processing. Other than the sol-gel processes the group is also carrying out research on
traditional ceramics. The main focus is in the utilization of industrial wastes as
building ceramics.
Contact:
Dr. Krishna Gopa kumar Warrier
Deputy Director & Head
Ceramics Division-Regional Research Laboratory (CSIR)
Trivandrum-19
Kerala, INDIA
Email: warrier@csrrltrd.ren.nic.in
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Sol-gel
Thin Film Group
Affiliation : Department of
Materials Science, Indian Association
for the Cultivation of Science. Kolkata,
India
Research Activities: Synthesis
of nanostructured thin films and powders by sol-gel
technique,physical vapour deposition and chemical vapour
deposition. Major activities are related to nanostructured
composite films, semiconducting thin films, diamond films
and characterization of these films by
Photoluminescence,Raman effect etc for practical
applications.
Contact:
Dr. Subhadra Chaudhuri
Department of Materials Science,
Indian Association for the Cultivation of Science
2&3 Raja S.C Mullick Road
Kolkata-700 032, India
Email:
mssc2@mahendra.iacs.res.in
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Affiliation :
Faculty of
Engineering, Okayama University
Research
Activities :
Sol-gel
synthesis of biologically active materials; titanium
oxides for protein adsorption, Si-O or Ti-O based
organic-inorganic hybrid membranes, gels, porous
scaffolds for tissue regeneration & engineering and for
artificial organs, silica nano-meso particles.
List
of publications
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Electronics Ceramics
Laboratory
Affiliation :
Ceramics Science department, National
industrial research institute of Nagoya (nirin)
Research Activities: |
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Ceramics
Science Laboratory
Affiliation :
Applied Chemistry , Faculty of Science and
Technology, Keio University
Research Activities: Processing of
electronic ceramics, sintering
of ceramics, processing of composite ceramics, structure-property relations in ferroelectric
ceramics, colloidal forming |
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Tsubokawa Laboratory
(Polymer Hybrids)
Affiliation :
Material engineering group ,
Department of Material Science and Technology, University of Niigata University
Research Activities:
Surface grafting of
polymers onto ultrafine particles, functionalization of inorganic powder/polymer
nano-composite. Grafting of hyperbranched polymers (dendrimer) onto
powder surface, Gas-sensor from carbon
black/crystalline polymer nano-composite, carbon black/metal oxide alloy by sol-gel
reactions. |
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Chujo's Group
Affiliation : Graduate School of
Engineering, Kyoto University
Research Activities: Polymer hybrids,
Boron Polymers,
Metallo Polymers,
Aprotic Polar Polymers
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Glass science &
Engineerin lab
Affiliation :
School of Engineering, The University of TOKYO
Research Activities: Chelated
compound doped gels, Preparation and optical properties of
organic molecules doped silica gels or hybrids |
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Inorganic
Fine Chemistry Laboratory
Affiliation :
Kansai Research
Institute
Research Activities: Sol- gel research in
the field of displays batteries and semiconductor related devices, large
size membranes |
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Particle systems engineering
Affiliation :
Department of Chemical Engineering , University of Kyoto
Research Activities:
Main research activities in this chair are analysis of the phenomena relating to particles and rational handling of them.
Research topics includes :
High Efficiency Classification of Industrial Sub-micron,
Powder Analysis and Control of Fine-particle Deposition with
Particular Attention to the Electrostatic Phenomena
Dry Dispersion and Generation of Fine Particle Suspension
Instrumentation and Control for Continuous Powder Feeder
Particle Deposition and Reentrainment |
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Molecular Electronics and Photonics (updated, June
26,2001)
Affiliation :
Department of Chemical Science and Engineering, Laboratory of Applied Physical
Chemistry, Faculty of Engineering, Kobe University
Research Activities:
Thin film lasing from sol-gel doped with dye molecules and
nanoparticles, Organic semiconductors lasers, Single
molecular nanotechnology
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Kuroda & Sugahara Lab.
Affiliation :
Department of Applied Chemistry, Waseda University
Research
Activities : Intercalation, Porous Materials,
Preceramics, Sol-Gel Chemistry,
Conductive Transition Metal Oxides |
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Sugimoto
Lab (Previous
Liquid-Phase Processing Lab) (updated, June 26,2001)
Affiliation :
Division of Materials control, Institute
of Multidisciplinary Research for
Advanced Materials processing, Tohoku University
Research Activities:
Preparation of Monodispersed Particles, Mechanistic study of particles formation,
Morphological analysis of monodispersed particles, Application of the particles to catalysts.
Online a nice gallery
of particles
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Nogami
Lab
Affiliation :
Nagoya Institute of Technology
Research Activities: |
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Department
of Surface Chemistry
Affiliation :
Dept of Surface Chemistry, National Institute of Materials and Chemical Research
(NIMC)
Research Activities: Microporous
materials synthesis, including zeolites, aluminophosphonates
and complexing agent-assisted sol-gel method |
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Lab.
of Optical Materials & Coatings
Affiliation :
Dept of Materials Science &
Engineering at KAIST
Research Activities: The Laboratory of Optical
Materials and Coating (LOMC) is the university laboratory
directed by Professor Byeong-Soo Bae in the Department of
Materials Science and Engineering at Korea Advanced
Institute of Science and Technology (KAIST) located in
Taejon. The major research in the LOMC is to develop new
materials and processing for application of integrated
micro-optical system. Currently, inorganic-organic hybrid
materials by sol-gel processing are extensively studied for
application of functional coatings and optical waveguides.
Also, thin films by chemical vapor deposition as well as
physical sputtering deposition are investigated for
microelectronic applications. The LOMC is proud of leading
group in the area of optical materials and sol-gel
processing in Korea. Currently, the research in the LOMC is
financially supported by government (Ministry of Science and
Technology), |
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Laboratory for Aerosol and Material Processing (LAMP)
Affiliation : KAIST
Research Activities:
Sol-Gel Processing
- Design of new catalyst by sol-gel processing
- Preparation of mutimetal oxide film or particles by sol-gel processing
- Preparation of new materials for separation process
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Ferroelectric
Thin Films group
Affiliation : Department of Physics, The University of Suwon
Research Activities:
Ferroelectric and oxide thin films growth (Sol-Gel, LSMCVD). The page
give you selected publications and contact address. |
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Superlattice
Nano-materials Lab
Affiliation : KAIST
Research Activities: The
main research efforts of the group have been centered on
pursuing the studies in theories and experimental methods
for predicting the microstructure-macroscopic property
relations for microstructured materials under equilibrium
and nonequilibrium conditions. The microstructured colloidal
dispersions covered includes particulate suspensions
and gels, emulsions and self-assembling complex fluids such
as surfactants, block-copolymers and liquid crystals. |
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Sol-Gel
and magnetic materials laboratory
Affiliation : Dept. of Electronic Physics
College of Natural Science Kookmin Univ.
Research Activities: Magnetic materials, Ferroelectric materials and sol-gel preparation technique
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Research Institute of Industrial
Science and Technology (in Korean)
Application of sol-gel processing for fabrication of fused silica glass.
Items developed are silica crucible, silica boat, optical
fiber over jacketing tube, silica glass rods and plates, etc. Other
research areas are optical glass components including balls, ferrules
and spacers. The final goal of our sol-gel research is
"commercialization"
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Sol-Gel
Technology R&D group
Affiliation : Chemical
Engineering section, chemical systems research division,
Chung-Sghan Institute of Science & Technology
Research Activities: The
group was set up in 1995. From 1995 to 1997, we develop optical
coatings on glass such as the blue mirror and ER glass.
After that our research objects expand on development of new
materials for IC, Optics and Photocatalyst industrial
products by
sol-gel technology. Recently our major efforts is on
organic-inorganic hybrids and nano crystalline sol
preparation and applications
Address: P.O. Box
90008-17-12 Lung-Tan Tao Yuan - Taiwan
Contact: Wei-Hong Wang
Phone: 886-34458267
Fax: 886-34719940
Email: wango123@ms27.hinet.net
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