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１.Systems Using Surfactants

(1) Fundamental Solution Properties of Variable Single systems (Hydrocarbon, Fluorocarbon, Hybrid, Gemini, etc)

(2) Solution Properties of Mixed Surfactants Systems

(3) Function 1 (Stimulus-responsive)

(4) Function 2 (Interaction between Surfactants and Dyes)

(5) Solubilization

(6) Function 4 (Microemulsion or Macroemulsion)

(7) Function 5 (Liposomes or Vesicles)

(8) Function 6 (Microcapsules/Nanocapsules)

 

2. Systems without Surfactants

(1) Surfactant Free  Emulsion

(2) Surface Improvement

(3) Configuration Control of Very Fine Particles

 

3. New Technologies

(1) Super Critical Fluids

(2) Interfacial Photo Electrics

(3) Ion Liquids

(4) Construction Planning of Substances and/or Particles

 

4. And So Forth

(1) Mixed Fuels, Polymers, Mist Cooling, Composite Materials

(2) Carbon Materials (Carbon Micro Coils), Catalysts

(3) Coal/Oil Mixed Fuels

(4) Others

 

5. Collaboration

(1) With Prof. Satoshi Horikoshi of Sophia Univ. (Micro Wave Chemistry)

(2) With Prof. Mutsuyoshi Mtsumoto of TUS (Single Membranes, LB Membranes)

(3) With Dro. Dai Kitamoto of AIST (Bio Surfactants)

(4) With Prof. Shoko Yokohama of  (Living Body Materials)

(5) With Msakazu Enomura of M Technique Co. (ULREA; Super Fine Particles)

(6) With Dr. Wataru Agui (Produce of Super Pure Water)

(7) With Prof. Nobuyuki Momosawa of TUS (Magnetic Materials)

(8) With Prof. Akira Fujishima and Prof. Kazuya Nakata of TUS (Photo Cataslysts)

(9) With Prof. Aranya Manosroi and Prof. Dan Manosroi of Chiang Mai Univ. in Thailand

(10) With Dr. Katsuhiko Ariga of NIMS

 

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