| Dr. MASAHIKO ABE |
| LIST OF PAPERS |
| *: Chapter, Reviw and/or Proceeding |
| Ⅰ. Solution Properties and Syntheses of Surfactants. |
| Ⅰ-A Hydrocarbon Surfactants ( On Syntheses) |
| 1. Syntheses of Amphiphiles Containing Two Azobenzene Units in a Molecule. |
| N. YOSHINO, A. NAGASAKI, Y. KONDO, M. ABE, J. Jpn. Oil Chem. Soc., |
| 44 (12), 1075-1085 (1995). (in Japanese) |
| 2.Synthesis of Fluorinated Hybrid Surfactants Having two Benzene Rings and two Hydrophilic |
| Groups. |
| Y.KONDO, R.INOMATA, H.SAKAI, M.ABE , N.YOSHINO, Material Technology,19 (5), 203-208 |
| (2001). (in Japanese) |
| 3.Syntheses of Polyglycerol Fattyacid Esters and Their Lipophobicity. |
| S.HASHIMOTO, Y.SAITO, H.SAKAI, M.ABE, Material Technology, 20 (5), 255-262 (2002). |
| (in Japanese) |
| 4.Syntheses of Highly Purified Triglycerol Mono-Fatty Acid Esters and their Intrfacial Acticity. |
| S.HASHIMOTO, Y.SAITO, H.SAKAI, M.ABE, Material Technology, 21 (1), 13-23 (2003). |
| (in Japanese) |
| Ferrocenylalkyl Surfactants |
| 5. Synthesis of Novel Anionic Surfactants Possessing Two Ferrocenylalkyl Chains. |
| N.YOSINO, H.SHOJI, Y.KONDO, S.SAKAI, M.ABE, J. Jpn. Oil Chem. Soc., 45 (6), 569-576 |
| (1996). (in Japanese) |
| 6.Syntheses of Cationic Surfactants having Two Ferrocenylalkyl Chains. |
| N. YOSHINO, H. SHOJI, Y. KONDO, Y. KAKIZAWA, H. SAKAI, M. ABE, J. Jpn. Oil Chem. Soc., |
| 45 (8), 769-775 (1996). |
| 7. Synthesis of Ferrocene Type Cationic Surfactants with Two Hydrophilic Groups. |
| N. YOSHINO, H. SHOJI, Y. KONDO, H. SAKAI, M. ABE, Material Technology, |
| 14 (10), 293-299 (1996). (in Japanese) |
| Ⅰ-B Fluorocarbon Surfactants (On Syntheses) |
| 8. Syntheses and Properties of Sodium Fluoroalkylbenzenesulfonates. |
| K. OGINO, M. ABE, K. MORIKAWA, M. NITANI, H. SAWADA, T. MATSUMOTO, |
| J. Jpn. Soc. Colour Material, 65 (4), 205-221 (1992). (in Japanese) |
| 9. Reduction of Surface Tension of Pure m-xylene by Novel Fluorinated Surfactants. |
| M. ABE, K. MORIKAWA, K. OGINO, H. SAWADA, T. MATSUMOTO, M. NAKAYAMA, |
| Langmuir, 8, 763-764 (1992). |
| 10. Synthesis of Azobenzene Derivatives Having Fluoroalkyl Chain and Their |
| Monomolecular Film Formation at the Air/Water Interface-. |
| N. YOSHINO, M. KITAMURA, T. SETO, Y. SHIBATA, M. ABE, K. OGINO, Bull. Chem. Soc. Jpn., |
| 65 (8), 2141-2144 (1992). |
| 11. Solution Properties of Double-tailed Fluorinated Surfactants -On Comparision |
| between Trifluoromethyl and Hydrogen Groups at Each Tail End-. |
| M. ABE, A. ITOH, K. OGINO, N. YOSHINO, Jpn. Res. Inst. Material Tech.,12 (4), 81-86 (1994). |
| (in Japanese) |
| 12. Surfactants having polyfluoroalkyl chains. II. -Synthesis of anionic surfactants |
| having two polyfluoroalkyl chains including trifluoromethyl group at each tail end and |
| their flocculation-redispersion ability for dispersed magnetite particles in water. |
| Y. YOSHINO, M. MORITA, A. ITO, M. ABE, J. Fluorine Chem., 70, 187-191 (1995). |
| 13.Syntheses of Amphiphiles Containing Azobenzene Unit with Fluorocarbon Chain. |
| N. YOSHINO, S. ASANO, Y. KONDO, M. ABE, J. Jpn. Oil Chem.Soc., 45 (2), 171-179 (1996). |
| (in Japanese) |
| *14.Syntheses and Solution Properties of Novel Surfactants Containing Fluorocarbon Chains. |
| M. ABE, N. YOSHINO, J. Jpn. Oil Chem. Soc., 45 (10), 991-999 (1996).(in Japanese) |
| 15.Synthesis and Applications of Surfactants Containing Fluorine. |
| Masahiko ABE , Current Opinion in Colloid & Interface Science, 4 (5),354-356 (1999). |
| 16.Effects of Fluoroalkyl Chain Length and Added Moles of Oxyethylene on Aggregate Formation of |
| Branched-Tail Fluorinated Anionic Surfactants. |
| Masanobu SAGISAKA, Atsushi ITO, Yokishige KONDO, Norio YOSHINO, |
| Kyung OK KWON, Hideki SAKAI , Masahiko ABE, Colloids ans Surfaces A:Physicco-chemical and |
| Engineering Aspects, 183-185, 749-755 (2001). |
| Ⅰ-C Fluorinated Silicone Oligomers. |
| 17. Synthesis and Antifoaming effect of Novel Fluorosilicones by the Reaction of |
| Diphenylsiloxane with Bis (fluoroalkanoyl) Peroxides. |
| M. ABE, K. MATSUDA, K. MORIKAWA, K. OGINO, H. SAWADA, T. MATUMOTO, |
| J. Jpn. Colour Material, 62 (12), 750-756 (1992). (in Japanese) |
| 18. Reduction of the Friction Coefficient of Liquid Paraffin by Novel Fluorosilicones. |
| M. ABE, K. MATSUDA, K. OGINO, H. SAWADA, K. NISHIYAMA, Langmuir, 9 (11), 2755-2757 |
| (1993). |
| 19. Antifoaming Effects in a Non-aqueous Solvent by Novel Fluorosilicone Oligomers. |
| K. MATSUDA, M. ABE, K. OGINO, N. YOSHINO, H. SAWADA, J. Jpn. Colour Material, |
| 67 (2), 88-91 (1994). |
| 20. Synthesis and Foam Dissipation Effect of Novel Fluorosilicone Oligomers. |
| M. ABE, K. MATSUDA, K. OGINO, N. YOSHINO, H. SAWADA, J. Jpn. Colour Material, |
| 67 (3), 138-144 (1994). (in Japanese) |
| 21. Synthesis of Novel Surface Active Fluoroalkylated Acrylic Acid Co-oligomers |
| Containing Dimethylsilicone Segments. |
| H. SAWADA, A. OHASHI, M. OUE, M. ABE, M. MITANI, H. NAKAJIMA, M. NISHIDA, Y. MORIYA, |
| J. Jpn. OIL CHEM. SOC., 43 (12), 1097-1101 (1994). |
| 22.Synthesis and surfactant properties of fluorinated acrylic acid co-oligomers containing |
| dimethylsilicone segments as potential inhibitors of HIV-1. |
| H. SAWADA, A. OHASHI, M. OUE, M. BABA, M. ABE, M. MITANI, H. NAKAJIMA, |
| J. Fluorine Chem., 75, 121-129 (1995). |
| 23. Lubrication Characteristics of Novel Fluorosilicone Oligomers. |
| M. MATSUDA, J. NAKAGAWA, K. NISHIYAMA, Y. NOMIYAMA, K. MATSUKAWA, H. SAWADA, |
| H. SAKAI, M. ABE, J. Jpn. Colour Material, 69 (6), 361-369 (1996). (in Japanese) |
| 24. Surface Chemical and Solution Properties of Fluorinated Silicon Oligomers with |
| Carboxylic Acid Groups. |
| J. NAKAGAWA, K. KAMOGAWA, H. SAKAI, T. KAWASE, H. SAWADA, J. MANOSROI, |
| A. MANOSROI, M. ABE, Langmuir, 14 (8), 2055-2060 (1998). |
| 25. Molecular Assemblies of Fluorinated Silicon Oligomers with Carboxylic Acid Groups: |
| Effects of Chemical Oligomer Structure on Assembly Shape. |
| J. NAKAGAWA, K. KAMOGAWA, N. MOMOZAWA, H. SAKAI, T. KAWASE, H. SAWADA, |
| Y. SANO, M. ABE, Langmuir, 14 (8), 2061-2067 (1998). |
| Ⅰ-D Hydrocarbon/Fluorocarbon Hybrid Surfactants |
| 26.Syntheses of Hybrid Anionic Surfactants Containing Fluorocarbon and Hydrocarbon Chain. |
| N. YOSHINO, K. HAMANO, Y. KONDO, A. ITO, M. ABE, Langmuir, 11 (2), 466-469 (1995). |
| *27. Syntheses of Hybrid Surfactants. |
| N. YOSHINO, M. ABE, Chemistry and Technology, 48 (4), 524-526 (1995). (in Japanese) |
| 28.Anomalous Behavior of Fluorocarbon-Hydrocarbon Hybrid Surfactant in its Aqueous |
| Solution: Surface Tension and Micropolarity. |
| A. ITO, K. KAMOGAWA, H. SAKAI, K. HAMANO, Y. KONDO, N. YOSHUINO, M. ABE, |
| J. Jpn. Oil Chem. Soc., 45 (5), 479-482 (1996). |
| 29. Micellar Solution Properties of Fluorocarbon-Hydrocarbon Hybrid Surfactants. |
| A. ITO, H. SAKAI, Y. KONDO, N. YOSHINO, M. ABE, Langmuir, 12 (24), 5768-5772 (1996). |
| *30. M. ABE, Hybrid Surfactants in Basis of Modern Colloid and Interface, Maruzen., |
| pp.220-224 (1997). (in Japanese) |
| 31. Anomalous Viscoelasticity of Concentrated Solutions with a Fluorinated Hybrid Surfactant. |
| M. ABE, K. TOBITA, H. SAKAI, Y. KONDO, N. YOSHINO, Y. KASAHARA, H. MATSUZAWA, |
| M. IWAHASHI, N. MOMOZAWA, K. NISHIYAMA, Langmuir, 13 (11), 2932-2934 (1997). |
| 32. Micelle Aggregating Condition of Fluorocarbon-Hydrocarbon Hybrid Surfactants in |
| Aqueous Solution. |
| A. ITO, K. KAMOGAWA, H. SAKAI, K. HAMANO, Y. KONDO, N. YOSHINO, M. ABE, |
| Langmuir, 13 (11), 2935-2942 (1997). |
| 33.Thermoresponsive Viscoelasticity of Sodium 1-Oxo-1-[4-(tridecafluorohexyl)phenyl]- |
| 2-hexanesulfonate Aqueous Solutions. |
| K. TOBITA, H. SAKAI, Y. KONDO, N. YOSHINO, M. IWAHASHI, N. MOMOZAWA, M. ABE, |
| Langmuir, 13 (17), 5054-5055 (1997). |
| 34. Temperature-Induced Critical Phenomenon of Hybrid Surfactant as Revealed by |
| Viscosity Measurements. |
| K. TOBITA, H. SAKAI, Y. KONDO, N. YOSHINO, K. KAMOGAWA, N. MOMOZAWA, M. ABE, |
| Langmuir, 14 (17), 4753-4757 (1998). |
| *35. Fluorocarbon/Hydrocarbon Hybrid Surfactant in Annual Surfactants Review. |
| M.ABE, N.YOSHINO, Vo.l 1, Edited by D. R. Karsa, Sheffield, in press. (1998). |
| 36.Effect of Additives on the Viscosity of Hybrid Surfactant Aqueous Solutions. |
| K.TOBITA, H.SAKAI, Y.KONDO, N.YOSHINO, K.KAMOGAWA, N.MOMOZAWA, M. ABE, |
| Material Technology,16 (5), 202-208 (1998). (in Japanese) |
| 37.Aqueous Surfactant Solutions Indicating Rubber-like elasticity. |
| M.ABE, K.TOBITA, H.SAKAI, K.KAMOGAWA, N.MOMOZAWA, Hyomen, 37 (1), 47-58 (1999). |
| (in Japanese) |
| 38.Synthesis and Solution Properties of Hydrocarbon Surfactants Structurally Analogous to Hybrid |
| Surfactants. |
| Y.KONDO, M.HAMASAKI, K.TOBITA, H.SAKAI, M.ABE, N.YOSHINO, Journal of Japan Oil Chemists |
| Society, 48 (7), 707-711 (1999). (in Japanese) |
| 39.Thermodynamic Study on Surface Adsorption and Micelle Formation of a Hybrid Anionic |
| Surfactant in Water by Surface Tension (Drop Volume )Measurements. |
| M.HISATOME, M.ABE, N.YOSHINO, S.LEE, S.NAGADOME, G.SUGIHARA, |
| Langmuir, 16 (4), 1515-1521 (2000). |
| 40.Thermoresponsive Viscoelasticity of Concentrated Solutions with Fluorinated Hybrid Surfactant. |
| Masahiko ABE, Kazuhiko TOBITA, Hideki SAKAI, Keiji KAMOGAWA, Nobuyuki MOMOZAWA, |
| Yukishige KONDO, Norio YOAHINO, Colloids and SurSurfaces A:Physicochemical and Enginering |
| Aspects, 167 (1-2), 47-60 (2000). |
| 41.Dispersion Characteristics of Alumina Particles Absorbed by Fluorinated Hybrid Surfactant. |
| A.SAEKI, K.KAMOGAWA, J.ITHO,Y.KONDO,N.YOSHINO, H.SAKAI, M.ABE, |
| Material Technology, 18 (5), 158-163 (2000). (in Japanese) |
| 42.Fluorocarbon Hybrid Surfactants Characterization of Admicelles and Its Solubilization. |
| Masahiko ABE, Akihiro SAKAI, Keiji KAMOGAWA, Hideki SAKAI, Yuksige KONDO, |
| Norio YOSHINO, Hirotaka UCHIYAMA, Jeffery H.HARWELL |
| Industrial and Engineering Chemistry Research, 39 (8), 2697-2703 (2000). |
| 43.Solubilization of Oily Compounds into Fluorocarbon-Hydrocarbon Hybrid Surfactant Admicelles |
| Formed on Alumina Surfacce. |
| Akihiro SAEKI, Hideki SAKAI, Keiji KAMOGAWA, Yukishige KONDO, Norio YOSHINO, |
| Hirotaka UCHIYAMA, Jeffrey H. HAEWELL, Masahiko ABE, Langmuir, 16 (26), 9991-9995 (2000). |
| 44.IR Spectroscopic Study on Changes in Aggregated State of Fluorinated Hybrid Surfactant. |
| Atsushi ITO, Hiroyuki YAMAMOTO, Hideki SAKAI, Keiji KAMOGAWA, Masahiko ABE, |
| Journal of The Japan Society of Colour Material, 74,68-71 (2001). |
| 45.First Anionic Micelle with Unusually Long Lifetime: Self-Assembly of Fluorocarbon-Hydrocarbon |
| Surfactant. |
| Yukishige KONDO, Haruhiko MIYAZAWA, Hideki SAKAI, Masahiko ABE, Norio YOSHINO, |
| Jourmal of American Chemical Society, 124 (23), 6516-6517 (2002). |
| 46.Microstructures in the aqueous solutions of hybrid anionic fluorocarbon/hydrocarbon surfactant. |
| Dganit DANINO, DephneWEIHS, Raoul ZANA, Greger ORADD, Goran LINDBLOM, Masahiko ABE, |
| Yeshayahu TALMON, Journal of Colloid and Interface Science, 259, 382-390 (2003). |
| I-E Monolayer (consisting LB Membrane). |
| 47. Monolayer Properties of Sodium 2-Sulfonatofatty Acid Higher Alkyl Esters at the |
| Air/Water Interface. |
| M. ABE, Y. OKUMA, K. O. KWON, K. OGINO, T. OKANO, J. TANABE, M. FUKUDA, |
| J. Jpn. Oil Chem. Soc., 69 (6), 361-369 (1996). (in Japanese) |
| 48. First in situ Monolayer Conductivity Measurements on Water: |
| Bis(ethylenedioxy)tetrathiafulvalene and 2-Decyl-7,7,8,8-tetracyanoquinodimethane Systems. |
| H. ISOTALO, G. YUNOME, M. ABE, S. HORIUCHI, H. YAMOCHI, G. SAITO, H. TACHIBANA, |
| T. NAKAMURA, M. MATSUMOTO, J. Chem. Soc., Chem. Commun., 1994, 573-574 (1994). |
| 49. Langmuir-Blodgett Film of Amphiphilic C60 Carboxylic Acid. |
| M. MATSUMOTO, H. TACHIBANA, R. AZUMI, M. TANAKA, T. NAKAMURA, G. YUNOME, M. ABE, |
| S. YAMAGO, E. NAKAMURA, Langmuir, 11 (2), 660-665 (1995). |
| 50.Structures and photoisomerization of the polyion complex Langmuir-Blodgett films of |
| an amphiphile bearing two azobenzene units. |
| H. TACHIBANA, R. AZUMI, M. TANAKA, M. MATSUMOTO, S. SAKO, H. SAKAI, M. ABE, |
| Y. KONDO, N. YOSHINO, Thin Solid Films, 284-285, 73-75 (1996). |
| 51.Fabrication of Hybrid Layered Films of MoS2 and an Amphiphilic Ammonium Cation |
| Using the Langmuir-Blodgett Technique. |
| Y. TAGUCHI, R. KIMURA, R. AZUMI, H. TACHIBANA, N. KOSHIZAKI, M. SHIMOMURA, |
| N. MOMOZAWA, H. SAKAI, M. ABE, M. MATSUMOTO, Langmuir, 14 (22), 6550-6555 (1998). |
| 52.Light-Induced J-agregation in mixd Langmuir-Blodgett Films of Selenium Containing Cyanine |
| and Azobenzene. |
| Hiroaki TACHIBANA, Fumiyasu SATO, Samuel TERRETTAZ, Reiko AZUMI, Tohru NAKAMURA, |
| Hideki SAKAI, Masahiko ABE, Mutsuyoshi MATSUMOTO, |
| Proceedings of 8th International Molecular Membrane Symposium, 327-329,813-815 (1998). |
| 53.Salt Formation of the Langmuir-Blodgett Films of Arachidic Acid Mixed with Amphiphilic |
| Ammonium lons and an Amphiphilic Amine. |
| Hisaaki MUTUZAKI, Reiko AZUMI, Hiroaki TACHIBANA, Hideki SAKAI, Masahiko ABE, |
| Mutsuyoshi MATSUMOTO, Chemistry Letters, 505-506 (1999). |
| 54.Effect of Position of Butadiyne Moiety in Amphiphilic Diacetylenes on the Polymerization in the |
| Langmuir-Blodgett Fims. |
| Hiroaki TACHIBANA, Yasushi YAMANAKA, Hideki SAKAI, Masahiko ABE, Mutsuyoshi |
| MATSUMOTO, Macromolecules, 32 (25), 8306-8309 (1999). (in Japanese) |
| 55.Nano Structure of Monolayers of Heavy Chalcogenophenes Delivertives on Au(111). |
| Nakamura, Tohru; Kondoh, Hiroshi; Matsui, Fumihiko; Kimura, Ryota; Sakai, Hideki; |
| Abe, Masahiko; Ohta, Toshiaki; Matsumoto, Mutsuyoshi, Shingaku-Gihou, 63, 67-70 (2000). |
| 56.In Situ AFM Study on the Morphological Change of the Langmuir-Blodgett Film of Cadmium 10, |
| 12-Pentacosadiynoate during Poly, erization. |
| Hiroaki TACHIBANA, Yasushi YAMANAKA, Hideki SAKAI, Msahiko ABE, Mutsuyoshi MATSUMOTO, |
| Langmuir, 16 (6), 2975-2977 (1999). |
| 57.Highly Electrical Conductivity of Hybrid Langmuir-Blodgett Films of Transition |
| MetalDichalcogenide and Amphiphilic Compoinds. |
| Hiroaki TACHIBANA, Yasushi YAMANAKA, Hideki SAKAI, Masahiko ABE, Mutsuyoshi MATSUMOTO, |
| Mol.Cryst.And Liq. Cryst Liq Cryst, 341, 137-142 (2000). |
| 58.Highly Conductive lnorganic-Organic Hybrid Langmuir-Blodgett Films Based on MoS2. |
| Hiroaki TACHIBANA, Yasushi YAMANAKA, Hideki SAKAI, Masahiko ABE, Mutsuyoshi MATSUMOTO, |
| Chemistry of Materials, 12 (3), 854-856 (2000). |
| 59.J-aggregate Formatuon of Amphiphilic Merocyanine in Langmuir-Blodgett Films. |
| Hiroaki TACHIBANA, Yasushi YAMANAKA, Hideki SAKAI, MasahikoABE, Mutsuyoshi MATSUMOTO, |
| Journal of Luminescence, 87-89,800-802 (2000). |
| 60.Self-Assembled Monolayers of Heavy Chalcogenophenes and Dialky Heavy Chalcogenides on |
| Au (111). |
| Tohru NAKAMURA, Ryota KIMURA, Fumihiko MATSUI, Hiroshi KONDOH, Toshiaki OHTA, |
| Hideki SAKAi, Masahiko ABE, Mutsuyoshi MATSUMOTO, Langmuir, 16 (9), 4213-4216 (2000). |
| 61.Highly Conductive lnorganic-Organic Hybrid Langmuir-Blodgett Films Based on MoS2. |
| Hiroaki TACHIBANA, Yasushi YAMANAKA, Hideki SAKAI, Maasahiko ABE, Mutsuyoshi, |
| MATSUMOTO, Chemistory of Materials, 12 (3), 854-856 (2000). |
| 62.J-Aggregate Formation and Morphological Change on UV Irradiation of the Langmuir-Blodgett |
| Films Spiropyran. |
| Hiroaki TACHIBANA, Yasushi YAMANAKA, Hideki SAKAI, Masahiko ABE, Mutsuyoshi |
| MATSUMOTO,Mol.Cryst.Liq.Cryst, 345, 155-160 (2000). |
| 63.Effect of Heat Treatment on Morphology and Polymerization of Langmuir-Blodgett Films of |
| Amphiphilic Diacetylene Complixed with Polyallyamine. |
| Hideki TACHIBANA, Yasushi YAMANAKA, Hideki SAKAI, Masahiko ABE, Mutsuyoshi MATSUMOTO, |
| Mol.Cryst.Liq.Cryst, 349, 211-214 (2000). |
| 64.J-Aggregate Formation in Single-Layer Amphiphilic Spiropyran langmuir-Blodgett Films. |
| Hiroaki TACHIBANA, Yasushi YAMANAKA, Hideki SAKAI, Masahiko ABE, Mutuyoshi MATSUMOTO, |
| Chemistry Letters, 1182-1183 (2001). |
| 65.Structural and Morphological Changes and Polymerization Behaviors of Diacetylene Langmuir- |
| Blodgett Films on Adding Water-Soluble Polyallylamine in the Subphase. |
| Hiroaki TACHIBANA, Yashushi YAMANAKA, Hideki SAKAI, Masahiko ABE, Mutsuo MATSUMOTO, |
| Polymer, 42,1995-2000 (2001). |
| 66.Morphology and Polymerization Behavior of Amphiphilic Diacetylene Complexed with |
| Polyallylamine in Langmuir‐Blodgett Films. |
| Hiroaki TACHIBANA, Yasushi YAMANAKA, Hideki SAKAI, Masahiko ABE, Mutsuyoshi MATSUMOTO, |
| Thin Solid Surfaces, 382, 257-262 (2001). |
| 67.Self-Organization of Amphipilic Diacetylenes in Langmuir-Blodgett Films. |
| Hiroaki TACHIBANA, Yasushi YAMANAKA, Hideki SAKA, Masahiko ABE, Mutsuyoshi MATSUMOTO, |
| Proceedings of the International Conference on Colloid and Surface Science, |
| Tokyo,Japan,November5-8,2000, 461-404 (2001). |
| 68.Structure of the Langmuir-Blodgett Films of Arachidic Acid Mixed with Amphiphilic Ammonium |
| lons and an Amphile Amine. |
| Reiko AZUMI, Hisaaki MUTSZAKI, Hiroaki TACHIBANA, Hideki SAKAI, Masahiko ABE, |
| Mutsuyoshi MATSUMOTO, Mol.Cryst.And Liq.Cryst, 370, 261- 264 (2001). |
| 69.Structural Changes of Polyion Complex Langmuir-Blodgett Films Acompanies by Polymerization |
| of Amphiphilic Diacetylene. |
| Hiroaki TACHIBANA, Yasushi YAMANAKA, Hideki SAKAI, Masahiko ABE, Mutsuyoshi MATSUMOTO, |
| Colloids and Surfaces A:Physico-chemical and Engineering Aspects, 198-200, 83-88 (2002). |
| 70.Light-Induced J-Aggregation of Merocyanine in Langmuir-Blodgett Films. |
| Mutsuyoshi MATUMOTO, Takahiro NAKAZAWA, Reiko AZUMI, Hiroaki TACHIBANA, |
| Yasushi YAMANAKA, Hideki SAKAI, Masahiko ABE, Journal of Physical Chemistry B, |
| 106, 11487-11491 (2002). |
| 71.Nano-dot formation using self-assembled 3-mercaptopropionic method on Au (111). |
| Tohru NAKAMURA, Ryota KIMURA, Hideki SAKAI, Masahiko ABE, Hiroshi KONDOH, Toshiaki OHTA, |
| Mutsuyoshi MATSUMOTO, Applied Sruface Science202, 241-251 (2002). |
| I-F Others. |
| *72. Solution Properties of Surfactants. -Liquid/Liquid Dispersion Systems-. |
| M. ABE, K. OGINO, J. Jpn. Colour Material, 60 (2), 100-110 (1987). (in Japanese) |
| 73. Microanalysis of Alkyl Poly(oxyethylene) Ethers by a HPLC. |
| M. ABE, H. NISHINO, K. INOUE, K. WATANABE, K. OGINO, J. Jpn. Oil Chem. Soc., |
| 37 (9), 704-708 (1988) . ( in Japanese) |
| 74. Simultaneous Determination of Anionic Surfactants and Inorganic Electrolytes by an |
| Isotacophoretic Method. |
| M. ABE, T. YAMAGUCHI, M. NAKAMAE, K. WATANABE, K OGINO, J. Jpn. Oil Chem. Soc., |
| 37 (11), 1000-1005 (1988). (in Japanese) |
| 75. Reduction of Surface Tension of Novel Polymer Surfactants. |
| K. OGINO, Y. ONOE, M. ABE, H. ONO, K. BESSHO, Langmuir, 6 (7), 1330 (1990). |
| *76. Colloidal Assemblies. |
| M. Abe, J. Jpn. Oil Chem. Soc., 41 (9), 846-854 (1992). (in Japanese) |
| *77. Control of Liquid/Liquid Interfaces. |
| M. ABE, in Function and Application of Emulisification and Dispersion Technique. |
| Science Forum, pp.12-21 (1995). (in Japanese) |
| 78. Raman spectroscopic study on aggregation states of N-acyl-N-methyltaurinate |
| aqueous solutions with different counter ions. |
| Miyazawa, Kiyoshi; Takahashi, Toshinobu; Kohashi, Hitoshi; Ishida, Misaki; Yoshino, |
| Satoshi; Kamogawa, Keiji; Sakai, Hideki; Abe, Masahiko. Zairyo Gijutsu, (1997), 15 (10), 348-353. |
| (1997). (in Japanese) |
| 79.Interfacial science of oleic acid. |
| Y.SAKAI, H.IMAMURA, M.ABE, Reviews and Topics on Surface Science & Technology Avant-,garde, |
| 39 (4), 137-145 (2001). (in Japanese) |
| 80.Effects of Tween-type Surfactant on Solution Properties of Bovine Serum Albumin. |
| T.YAMAZAKI, M.ISIDA, A.YAMAGUCHI, H.SAKAI, M.ABE, |
| Material Technology, 19 (5), 209-214 (2001). (in Japanese) |
| 81.Syntheses of Amphiphilic Block Coploymers by Living Cationic Polymerization of Vinyl Eths and |
| Their Selective Solvent -Induced Physical Gelation. |
| Shinji SUGIHARA, Shin-ichiro MATUZONO, Hideki SAKAI, Masahiko ABE, Sadahito AOSHIMA, |
| Journal of Polymer Science, 39, 3190-3197 (2001). |
| Ⅱ. Solution Properties of Surfactants (On Micelle Formation). |
| Ⅱ-A.Single Surfactant Systems |
| 1. Dielectric Constants and Electrical Conductivities of Sodium Dodecyl Sulfate in |
| Aqueous Solutions. |
| M. ABE, K. OGINO, J. Colloid Interface Sci., 80 (1), 58-66 (1981). |
| 2. Dielectric Properties of Sodium Alkyl Sulfate in Aqueous Solutions. |
| M. ABE, K. OGINO, Yukagaku (J. Jpn. Oil Chem. Soc.), 31 (3), 141-145 (1982) . |
| 3. Estimation of Critical Micelle Concentrations and the Aggregation Numbers of Sodium |
| Alkyl Sulfates by Isotachophoresis. |
| K. OGINO, T. KAKIHARA, M. ABE, Colloid Poly. Sci., 265 (7), 604-612 (1987). |
| 4. Micelle Formation and Micellar size by a Light Scattering Technique. |
| K. OGINO, T. KUBOTA, H. UCHIYAMA, M. ABE, J. Jpn Oil Chem. Soc., 37 (8), 588-591 (1988). |
| 5. Molecular Assemblies of ((Dodecyloxy)methyl)-18-crown-6 in Water. |
| S. OZEKI, A. KOJIMA, S. HARADA, S. INOKUMA, H. TAKAHASHI, T. KUWAMURA, |
| H. UCHIYAMA, M. ABE, K. OGINO, J. Phys. Chem., 94 (21), 8207-8212 (1990). |
| 6. Molecular Assemblies of ((Dodecyloxy)methyl)-18-crown-6 in Water: Chelating Effect |
| of Potassium Ion. |
| S. OZEKI, S. HARADA, A. KOJIMA, M. ABE, K. OGINO, H. TAKAHASHI, S. INOKUMA, |
| T. KUWAMURA, J. Phys.Chem., 94 (21), 8213-8217 (1990). |
| 7. Solution Properties of Double-Chained Anionic Surfactants with Two Hydrophilic |
| Groups and Two Hydrophobic Groups Having Different Alkyl Chains. |
| Y. KONDO, T. ISODA, M. ABE, A. MASUYAMA, Y. NAKATSUJI, J. Jpn. Oil Chem. Soc., |
| 44 (12), 1050-1054 (1995). (in Japanese) |
| 8. Solution Properties of Double-Tailed Cationic Surfactants Having Ferrocenyl Groups |
| in Their Hydrophobic Moieties. |
| Y. KAKIZAWA, H. SAKAI, K. NISHIYAMA, H. SHOJI, Y. KONDO, N. YOSHINO, M. ABE, |
| Langmuir, 12 (4), 921-924 (1996). |
| 9. Stepwise Changes in Solution Properties of N-acyl-N-methyltaurinates Having Na+, |
| Mg+ and Ca2+ Counterions: Formation of Small Micellar Aggregates in Relation to Na+ Ion Capture. |
| K. MIYAZAWA, T. TAKAHASHI, J. KOHASHI, M. ISHIDA, S. YOSHINO, K. KAMOGAWA, |
| H. SAKAI, M. ABE, in press. |
| 10.Solution Properties of Amino acid-type New Surfactant. |
| Tatsuru TABOHASHI, Kazuhiko TOBITA, Kazutami SAKAMOTO, Junichi KOUCHI, Shoko |
| YOKOYAMA, Hideki SAKAI, Masahiko ABE, Colloids and Srufaces B: Biointerfaces, 20, 79-86, |
| (2001). |
| 11.Direct Observations of Assemblies of Novel Branched-Tail Fluorinated Anionic Surfactants in |
| Water. |
| Masanobu SAGISAKA, Kyung Ok KWON, Hideki SAKAI, Masahiko ABE, Journal of the Japan |
| Society of Colour Material, 74, 63-67 (2001). |
| 12.Atomic Forse Microscopy Observation of the Nanostructure of Tetradecyltrimethy-lammonium |
| Bromide Films Adsorbed at the Mica/Solution Interface. |
| Hideki SAKAI, Hidemoto NAKAMURA, Kozo KOZAWA, Masahiko ABE, Langmuir, 17, 1817-1820, |
| (2001). |
| Pluronic Surfactants. |
| 13. Solubilization Behavior of Estriol in an aqueous solution of Pluronic L-64 as a |
| function of Concentration and Temperature. |
| Y. SAITO, Y. KONDO, M. ABE, T. SATO, Chem. and Pharm. Bull., 42 (6), 1348-1350 (1994). |
| 14. Effects of Temperature on Micellar Formation and Micellar Structure of Pluronic L-64. |
| Y. SAITO, Y. KONDO, M. ABE, T. SATO, Yakugaku Zasshi, 114 (5), 325-332 (1994). (in Japanese) |
| 15. Micellar Behavior of Pluronic P-85 in an Aqueous Solution. |
| K. MIURA, Y. SAITO, T. HORIUCHI, Y. KONDO, M. ABE, T. SATO, J. Soc. |
| Cosmet. Chem. Jpn., 29 (1), 28-33 (1995). (in Japanese) |
| 16. Volatility and Solubilization of Synthetic Fragrances by Pluronic P-85. |
| Y. SAITO, K. MIURA, Y. TOKUOKA, Y. KONDO, M. ABE, T. SATO, Dispersion |
| Sci. and Tech., 17 (6), 567-576 (1996). |
| 17. Effects of Temperature on Micelle and Gel Formation of Pluronic F 88. |
| K. SUZUKI, Y. SAITO, T. HORIUCHI, Y. TOKUOKA, M. ABE, T. SATO, |
| J.Cosmet. chem. Jpn., 30 (3), 330-335 (1996). (in Japanese) |
| 18. Poly(ethylene oxide)/poly(propylene oxide)/poly(ethylene oxide) triblock copolymer |
| as a sustained-release carrier for perfume compounds. |
| K. SAITO, Y. SAITO, Y. TOKUOKA, M. ABE, T. SATO, J. Amer. Oil Chem. Soc., 74 (1), 55-59 |
| (1997). |
| 19.Inclusion complexation of Triton X-100 with α-、β- and γ-cyclodextrins. |
| Yoshihiro SAITO, Haruhisa UEDA, Masahiko ABE, Takatoshi SATO, Sherril D. CHRISTIAN, |
| Colloids and Surfaces A:Physicochemical and Engineering Aspects., 135, 130-108 (1998). |
| Ⅱ-B. Mixed Surfactant Systems.(Hydrocarbon-Hydrocarbon) |
| 20. Solution Property of Mixed Surfactant System. I. -Surface Tension of Aqueous |
| Solution of Binary Surfactants Systems- |
| K. OGINO, M. ABE, N. TSUBAKI, Yukagaku (J. Jpn. Oil Chem. Soc.), 31 (11), 953-957 (1982). |
| (in Japanese) |
| 21. Solution Properties of Mixed Surfactant System (II) -Electric Properties of Anionic- |
| Nonionic Surfactants in Aqueous Solutions. |
| K. OGINO, N. TSUBAKI, M. ABE, J. Colloid Interface Sci., 98 (1), 78-83 (1984). |
| 22. Solution Properties of Mixed Surfactant System (III) -The Effect of the Oxyethylene |
| Groups on Electric Properties of Anionic-Nonionic Surfactants System-. |
| M. ABE, N. TSUBAKI, K. OGINO, Yukagaku (J. Jpn. Oil Chem. Soc.), 32 (11), 672-676 (1983). |
| 23. Solution Properties of Mixed Surfactant System(IV) -The Effect of Alkyl Groups in |
| Nonionic Surfactant Systems-. |
| M. ABE, N. TSUBAKI, K. OGINO, Colloid Poly. Sci., 262, 584-588 (1984). |
| 24. Solution Properties of Mixed Surfactant System. V. - The Effect of Alkyl Groups in |
| Nonionic Surfactant on Surface Tension of Anionic-Nonionic Surfactant Systems-. |
| M. ABE, N. TSUBAKI, K. OGINO, J. Colloid Interface Sci., 107 (2), 503-508 (1985). |
| 25. Solution Properties of Mixed Surfactant System. VI. - The Effect of Oxyethylene |
| Groups in Nonionic Surfactant on Surface Tension of Anionic-Nonionic Surfactant Systems-. |
| K. OGINO, N. TSUBAKI, M. ABE, J. Colloid Interface Sci., 107 (2), 509-513 (1985). |
| *26. Studies on Electric Properties of Anionic-Nonionic Mixed Surfactants in Solution. |
| M. ABE, Report for Saneyoshi Foundation Scholarship, 2, 63-64 (1985). (in Japanese) |
| *27. Solution Properties of Mixed Surfactant Systems. -The Interaction between Azo Oil |
| Dyes and Mixed Surfactant Systems- |
| K. OGINO, M. ABE, ACS Symposium Series, 311, pp. 68-78, American Chemical Society (1986). |
| 28. Effect of Hydrophobic Groups in Nonionic Surfactant on the Solution Property of |
| SDS-Nonionic Surfactant Mixed Micelles. |
| M. ABE, T. KAKIHARA, H. UCHIYAMA, K. OGINO, J. Jpn. Oil Chem. Soc., 36(2), 135-141 (1987). |
| (in Japanese) |
| 29. Solution Properties of Anionic-Amphoteric Mixed Surfactant Systems -SDS-DMLL |
| Binary System-. |
| K. OGINO, M. ABE, K. KATO, Y. SAKAMA, J. Jpn. Oil Chem. Soc., 36 (3), 129-134 (1987). |
| (in Japanese) |
| 30. Solution Properties of Amphoteric-Nonionic Mixed Surfactant Systems -Krafft |
| Points and Surface Tensions of DMLL-CmPOE20 Binary Systems. |
| K. OGINO, T. KUBOTA, K. KATO, M. ABE, J. Jpn. Oi1 Chem. Soc., 36 (6), 432-435 (1987). |
| ( in Japanese) |
| 31. Effect of Inorganic Electrolytes on Dissolution Behavior of Mixed Anionic- |
| Amphoteric Surfactant System. |
| K. OGINO, K. KATO, M. ABE, J. Am. Oil Chem. Soc., 65 (2), 272-276 (1988). |
| 32. Solution Properties of Mixed Surfactant Systems. - Sodium Dodecyl Sulfate and |
| Alkyl Polyoxyethylene Ethers Systems-. |
| K. OGINO, T. KAKIHARA, H. UCHIYAMA, M. ABE, J. Am. Oil Chem. Soc., 65 (3), 405-411 (1988). |
| 33. Mixing Effect of Surfactants on the Foam Formation. -DMLL/AOS Binary System-. |
| H. UCHIYAMA, T. KUBOTA, M. ABE, K. OGINO, J. Jpn. Oil Chem. Soc., 37 (11), 1032-1036 |
| (1988). (in Japanese) |
| 34. Effect of Inorganic Electrolytes and of pH on Micelle Formation of Mixed |
| Amphoteric-Anionic Surfactant System. |
| M. ABE, K. KATO, K. OGINO, J. Colloid Interface Sci., 65 (2), 328-335 (1989). |
| *35. Solution Properties of Mixed Surfactant Systems. -Effect of Hydrophobic Property |
| in Nonionic Surfactant on Mixed Micelle Formation-. |
| K. OGINO, H. UCHIYAMA, T. KAKIHARA, M. ABE, Surfactants in Solution, |
| Plenum Press, Vol. 7, pp. 413-429 (1989). |
| 36. Viscosities of Anionic-Nonionic Mixed Surfactant Systems. |
| H. UCHIYAMA, M. ABE, K. OGINO, J. Colloid Interface Sci., 138 (1), 69-73 (1990). |
| 37. Micelle Formation of Pure and Mixtures of Nonionic Surfactants. |
| M. ABE, T. YAMAGUCHI, H. UCHIYAMA, T. SUZUKI, K. OGINO, J. F. SCANEHORN, |
| Langmuir, 8 (9), 2147-2151 (1992). |
| *38. Physico-Chemical Properties of Mixed Surfactant Systems. |
| K. OGINO, M. ABE, ACS Symposium Series, American Chemical Society, pp. 142-164 (1992). |
| *39. Solution Properties of Anionic-Nonionic Mixed Surfactant Systems in Mixed |
| Surfactant Systems. |
| M. ABE, K. OGINO, Edited by K. OGINO and M. ABE, Marcel Dekker, (1993), pp. 1-21. |
| *40. Hydrophilic-hydrophilic Interaction of Mixed Surfactant Systems in Mixed Surfactant Systems. |
| M. ABE, K. OGINO, Edited by K. OGINO and M. ABE, Marcel Dekker, (1993), pp. 189-233. |
| *41. Future Perspective in Mixed Surfactant Systems. |
| M. ABE, K. OGINO, Edited by K. OGINO and M. ABE, Marcel Dekker, (1993), pp.383-391. |
| 42.Suface Potentials of Mixed Micelles Composed of Arachidonic Acid and Heptaethylene Glycol |
| Dodecyl Ether. |
| Shoko YOKOYAMA, Yoshihiro FUJINO, Tohru KOHNO, Masahiko ABE, Journal of Japan Oil |
| Chemists Society, 48 (12), 1365-1369 (1999). |
| Ⅱ-C Mixed Surfactant Systems.(Hydrocarbon-Fluorocarbon). |
| 43. Solution Properties of Pure -monohydroperfluoro alkylcarboxylates and its Mixture |
| with Other Surfactants. |
| M. ABE, Y. SHIBATA, H. UCHIYAMA, N. YOSHINO, K. OGINO, Jpn. Res. Inst. |
| Material Tech., 9 (8), 268-275 (1992). |
| 44. Solution Properties of Mixed Fluorocarbon-Hydrocarbon Surfactant Systems. |
| M. ABE, T. YAMAGUCHI, Y. SHIBATA, H. UCHIYAMA, N. YOSHINO, K. OGINO, S. D. CHRISTIAN, |
| Colloids and Surfaces, 67, 29-35 (1992). |
| 45.Adsorption and Micelle Formation of Mixed Surfactant Systems in Water. Combination of Top- |
| Heavy Type Anionic Surfactants. |
| Gohsuke SUGIHARA, Hiroko YUTA, Ayaki MIYAZINO, Masahiko ABE, Seong-Geun OH, |
| Journal of Oleo Science, 51 (11), 715-728 (2002). |
| Ⅲ. Interaction between Surfactant and its Related Compounds. |
| 1. The Interaction between an Anionic Surfactant and Oily Material at Oil/Water Interface. |
| K. OGINO, M. ABE, H. TAKAHASHI, Yukagaku, 30 (1), 26-30 (1981). (in Japanese) |
| 2. Replacement Reaction of Diazonium Salt in the Presence of Sodium Dodecyl Sulfate Micelles. |
| M. ABE, N. SUZUKI, K. OGINO, J. Colloid Interface Sci., 93 (1), 285-288 (1983). |
| 3. Interactions Between Anionic Surfactants and Oil Dyes in the Aqueous Solutions. II. |
| -Thermochromism in the Presence of Surfactant Micelle and Dye-Surfactant Complex-. |
| M. ABE, M. OHSATO, N. SUZUKI, K. OGINO, Bull. Chem. Soc. Jpn., 57 (3), 831-835 (1984). |
| 4. Interaction Between Anionic Surfactants and Oil Dye in the Aqueous Solutions. IV. - |
| The Effect of Alkyl Chain Length in Surfactant Molecule on the Protonation Equilibrium- |
| M. ABE, M. OHSATO, K. OGINO, Colloid Polym. Sci., 262, 657-661 (1984) . |
| 5. Interaction Between Surfactants and Oil Dye in the Aqueous Solutions. V. - The Effect |
| of the Oxyethylene Chain Length and/or the Alkyl Chain Length in Surfactant Molecule on |
| the Tautomerism of Azo Dye - |
| M. ABE, M. OHSATO, T. KAWAMURA, K. OGINO, J. Colloid Interface Sci., 104 (1), 228-233 (1985). |
| 6. Interaction Between an Anionic Surfactant and Some Oil Soluble Azo Dyes at Oil/ Water Interface. |
| M. ABE, T. KASUYA, K. OGINO, J. Jpn. Oil Chem. Soc., 35 (9), 762-767 (1986). (in Japanese) |
| 7. Coloration of Oil Soluble Azo Dye due to Polymorphism of Sodium Alkyl Sulfates. |
| M. ABE, M. OHSATO, T. KASUYA, K. OGINO, J. Jpn. Oil Chem. Soc., 35 (11), 958-960 (1986). |
| (in Japanese) |
| 8. Thermodynamics of Surfactant-Dye Complex Formation in Aqueous Solutions. |
| -Sodium Alkyl Sulfonates and Azo Oil Dye Systems-. |
| M. ABE, T. KASUYA, K. OGINO, Colloid Polym. Sci., 266 (2), 156-163 (1988). |
| 9. Thermodynamics of Surfactant-Dye Complex Formation in Aqueous Solutions (II) |
| -Sodium Dodecyl Sulfate and Some Azo Oil Dyes Systems-. |
| K. OGINO, T. KASUYA, M. ABE, Colloid Polym. Sci., 266 (6), 539-546 (1988). |
| 10. Surface-tension studies of inclusion complexes hexanediols with cyclodextrins in |
| aqueous solutions. |
| Y. SAITO, M. ABE, T. SATO, J. F. SCAMEHORN, S. D. CHRISTIA, Colloids and Surfaces A, |
| 119, 149-153 (1996). |
| Ⅳ. Microparticle Dispersion Systems. |
| 1.Evolution and Growth of Oil Droplets in Emulsifier-Free, Metastable Aqureous Dispersions: A Light |
| Scattering and Conductive Probe Study. |
| Keiji KAMOGAWA, Toshio SAKAI, Nobuyuki MOMOZAWA, Masao SHIMAZAKI, Masakazu |
| ENOMURA, Hideki SAKAI, Masahiko ABE, Journal of Japan Oil Chemists, Society, 47 (2), 159-170 , |
| (1998). |
| 2.Surfactant-free emulsions. |
| Abe, Masahiko. Fragrance Journal, 26 (8), 29-41 (1998). (in Japanese) |
| 3.Dispersion and Stabilizing Effects of n-Hexadecane on Tetralin and Benzene Metastable |
| Droplets in Surfactant-Free Conditions. |
| Keiji KAMOGAWA, Mitshfumi MATUMOTO, Tatsuya KOBAYASHI, Toshio SAKAI, Hideki SAKAI, |
| Hideki SAKAI, Masahiko ABE, Langmuir, 15 (6), 1913-1917 (1999). |
| 4.Emulsification without Surfactants. |
| in “Functional Cosmetics III”, Suzuki ,Masato; Ed CMC Publishing., Section4 Chapter5, 316-325 |
| (2000). (in Japanese) |
| 5.New Aspects of Surfactant-free emulsion. |
| T.SAKAI, K.KAMOGAWA, H.SAKAI, M.ABE,Journal of Oleo Science, 1 (1), 33-46 (2001). |
| (in Japanese) |
| 6.Direct Observation of Flocculation/Coalescence of Metastable Oil Drooplets in Surfactant-Free |
| O/W Emulsion by Freeze Fracture Electron Microscopy. |
| Toshio SAKAI, Keiji KAMOGAWA, Fuminori HARUSAWA, Nobuyuki MOMOZAWA, |
| Hideki SAKAI, Masahiiko ABE, Langmuir, 17 (2), 255-259 (2001). |
| 7.Surfactant‐Free O/W Emulsion Formation of Oleic Acid and Its Esters with Ultrasonic |
| Dispersion. |
| Keiji KAMOGAWA, Hidetaka AKATSUKA, Mitsufumi MATUMOTO, Shoko YOKOYAMA, |
| Toshio SAKAI, Hideki SAKAI, Masahiko ABE, Colloids and Surfaces A: Physiccochemical and |
| Engineering Aspects, 180, 41-53 (2001). |
| 8.Dispersibility of Surfactant‐Free O/W Emulsions and Their Stability Design: A Present Scope from |
| Hydrocarbons to Some Oleate Esters. |
| Keiji KAMOGAWA, Hidetaka AKATSUKA, Mutuyoshi MATSUMOTO, Toshio SAKAI, |
| Tetsuya KOBAYASHI, Hideki SAKAI, Masahiko ABE, Proceedings of the International Conference |
| on Colloid and Suface Science, Tokyo,Japan,November 5-8,2000, 101-104 (2001). |
| 9.Influence of Oil Droplet Size on Flocculation/Coalescence in Surfactant‐Free Emulsion . |
| Toshio SAKAI, Keiji KAMOGAWA, Fuminori HARUSAWA, Nobuyuki MOMOZAWA, Hideki SAKAI, |
| Masahiko ABE, Proceedings of the International Conference on Colloid and Surface |
| science,Tokyo,Japan,November 5-8,2000, 157-160 (2001). |
| 10.In situ evaluation of dispersion and growth prosesses of o/w emulsion using a nover |
| conductivity measurement system. |
| T.SAKAI, K.KAMOGAWA, T.KOBAYASHI , S.ENOMURA, H.SAKAI, M.ABE, |
| Material Technology, 19(4), 127-134 (2001). (in Japanese) |
| 11.Dispersion Stabilization of surfactant-free emulsion with addition of hydrophobic substance. |
| M.ABE, T.SAKAI, Fragrance Journal, 12, 21-29 (2001). (in Japanese) |
| 12.Molecular Diffusion of Oil/Water Emulsion in Surfactant-Free Condition. |
| Toshio SAKAI, Keiji KAMOGAWA, Katsuhiro NISHIYAMA, Hideki SAKAI, Masahiko ABE, |
| Langmuir, 18 (6), 1985-1990 (2002). |
| 13.Ultrasonic Irradiation for Emulsification. |
| M.ABE, Ultrasonic Technology, 2002.3-4. 47-53 (2002). |
| 14.Dimpled Polymer Particles Prepared by Single-Step Method in an Acoustic Field. |
| Toshio SAKAI, Hideki SAKAI, Masahiko ABE, Langmuie, 18, 3763-3766 (2002). |
| 15.Pyrene Fluorescence Measurements of Metastable Oil Droplets in Surfactant-Free Oil-in-Water |
| Emulsions. |
| Toshio SAKAI, Keiji KAMOGAWA, Kyonok KWON, Hideki SAKAI, Masahiko ABE, Colloid Polymer |
| Science, 280, 99-106 (2002). |
| 16.Dye Transfer between Surfactant-Free Nanodroplets Dispersed in Water. |
| Toshio SAKAI, Yoshihiro TAKEDA, Fumitaka MAFUNE, Masahiko ABE, Tamotsu KONDOW |
| The Journal of Physical Chemistry B, 106 (19), 5017-5021 (2002). |
| 17.Surfactant-Free Emulsions. |
| Keiji KAMOGAWA, Masahiko ABE, Marcel Dekker,Inc, 5214-5229 (2002). |
| 18.Suspension Polymerization of Styrene Monomer without Emulsifier and lnitiator. |
| Gen OKUDAIRA, Keiji KAMOGAWA, Toshio SAKAI, Hideki SAKAI, Masahiko ABE, Journal of Oleo |
| Science, 52 (3), 167-170 (2003). |
| 19. Emulsion can be prepared without using any surfactant. |
| Sakai, Hideki; Okubo, Takahiro; Abe, Masahiko. Hyomen, 41 (2), 1-8 (2003). (in Japanese) |
| 20.Dispersion and Stabilization in Water of Droplets of Hydrophobic Organic Liquids with Addition |
| of Hydriohobic Polymers. |
| Keiji KAMOGAWA, Naoko KUWAYAMA, Toshiyuki KATAGIRI, Hidetaka AKATUKA, Toshio SAKAI, |
| Hideki SAKAI, Masahiko ABE, Langmuir, 19 (10), 4063-4069 (2003). |
| 21.Monitoring Growth of Surfactant-free Nanodroplets Dispersed in Water by Single-Droplet |
| Detection. |
| Toshio SAKAI, Yoshihiro TAKEDA, Fumitaka MAFUNE, Masahiko ABE, Tamotsu KONDOW, |
| The Journal of Physical Chemistry B, 107 (13), 2921-2926 (2003). |
| 22.Preparation of Novel Polymer Particles and their Morphology. |
| T.SAKAI, K.KAMOGAWA, M.ABE, 287-296 (2003). (in Japnese) |
| Ⅴ. Surface Chemical Function (Solubilization). |
| V-A. Single Surfactant Systems. |
| 1. Solubilizing Power of Some Anionic Surface Active Agents. |
| K. OGINO, M. ABE, J. Am. Oil Chem. Soc., 52 (11), 465-468 (1975). |
| 2. A Study of the Solubilization of Polar Oily Materials by Sodium Dodecyl Sulfate. |
| K. OGINO, M. ABE, N. TAKESHITA, Bull. Chem. Soc. Jpn., 49 (12), 3679-3683 (1976). |
| 3. Study on Solubilization by Electrophoresis and Diffusion. |
| K. OGINO, M. ABE, N. TAKESHITA, Bull. Chem. Soc. Jpn., 51 (6), 1880-1882 (1978). |
| 4. Thermodynamic Studies of l-Dodecanol and SDS in Aqueous Solution. |
| M. ABE, K. OGINO, J. Colloid Interface Sci., 80 (1), 146-152 (1981). |
| 5. Dielectric Properties of Solutions of Oily Materials Solubilized by Sodium Dodecyl |
| Sulfate in Aqueous Solutions. |
| M. ABE, A. SHIMIZU, K. OGINO, J. Colloid Interface Sci., 88 (2), 319-325 (1982). |
| 6. Dielectric Properties of Aqueous Solutions of Oily Materials Solubilized by Sodium |
| Dodecyl Sulfate. II. |
| M. ABE, K. OGINO, Yukagaku (J. Jpn. Oil Chem. Soc)., 31 (9), 569-573 (1982). |
| 7. Solubilization of Azo Oil Dyes by Sodium Dodecyl Sulfate. |
| M. ABE, N. TSUBAKI, K. OGINO, J. Colloid Interface Sci., 99 (1), 226-234 (1984). |
| *8. Studies on Solubilization of Oily Materials and Oil Dyes by Surface Active Agents. |
| M. ABE, J. Jpn. Oil Chem. Soc., 36 (8), 549-554 (1987) . ( in Japanese) |
| 9. Solubilization of Some Organic Perfumes by Sodium Dodecyl Sulfate. |
| M. ABE, Y. TOKUOKA, H. UCHIYAMA, K. OGINO, J. Jpn. Oil Chem. soc., |
| 39 (8), 565-571 (1990). (in Japanese) |
| 10. Solubilization of 2-Phenethyl Alcohol by Dodecyldimethylamine Oxide in Aqueous Solution. |
| H. UCHIYAMA, S. D. CHRISTIAN, J. F. SCANEHORN, M. ABE, K. OGINO, |
| Langmuir, 7 (1), 95-100 (1991). |
| 11. Solubilization of Some Synthetic Perfumes by Nonionic Surfactants. |
| Y. TOKUOKA, H. UCHIYAMA, M. ABE, K. OGINO, J. Colloid Interface Sci., 152 (2), 402-409 , |
| (1992). (in Japanese) |
| 12. Effects of Micellar Structure on Solubilization of n-octanel and n-octanol. |
| Y. SAITO, M. ABE, T. SATO, Colloid Polym. Sci., 271, 774-779 (1994). |
| 13. Solubilization Equilibrium Constants of Synthetic Perfumes in the Micellar Solutions |
| of Nonionic Surfactants. |
| Y. KONDO, K. MIZUGUCHI, Y. TOKUOKA, H. UCHIYAMA, K. KAMOGAWA, |
| M. ABE, .J. Jpn. Colour Material, 68 (5), 271-276 (1995). (in Japanese) |
| 14. Solubilization of Binary Perfumes by Sodium Dodecyl Sulfate Aqueous Solutions. |
| Y. TOKUOKA, M. ABE, J. Jpn. Oil Chem. Soc., 45 (7), 635-640 (1996). |
| 15. Effect of pH on Solubilization of Benzene Derivatives by Dodecyltrimethyl- |
| ammonium Bromide Micelles. |
| T. SHINOHARA, H. SAKAI, K. OGINO, Y. KONDO, N. YOSHINO, M. ABE, |
| J.Jpn. Oil Chem. Soc., 46 (2), 183-190 (1997). (in Japanese) |
| 16.Redox Control of the Solubilization of Benzene with a Ferrocene-Modified Nonionic Surfactant. |
| H.SAKAI, T.TAKEI, Y.KAKIZAWA, Y.KONDO, N.YOSHINO, M.ABE, |
| Japan Oil Chemists' Society, 47 (12), 1337-1343 (1998). (in Japanese) |
| 17.Effect of Ferrocenyl Group Oxidaion on Micelle Formation and Benzene Derivatives |
| Solubilization of a Cationic Ferrocenylated Surfactant. |
| Yasushi KAKIZAWA, Hideki SAKAI, Tetsuo SAJI, Norio YOSHINO, Yukishige KONDO, |
| Masahiko ABE, Journal of the Japan Society of Colour Material, 72 (2), 78-87 (1999). |
| 18.Electrochemical Control of Solubilization by Redox-Active Surfactants. |
| H.SAKAI, M.ABE, Japan Oil Chemists' Society ,49 (10), 1279-1288 (2000). (in Japanese) |
| 19.Electrochemical Control of Solubilization Using a Ferrocene-Modified Nonoionic Surfactant. |
| Takuto TAKEI, Hideki SAKAI, Yukishige KONDO, Norio YOSHINO, Masahiko ABE, Colloids and |
| Surfaces A: Physicochemical and engineering Aspects, 183-185, 757-765 (2001). |
| 20.Electrochemical Behavior of Ferrocene Solubilized in Surfactant Micelles: Electrostatic |
| Interaction Between Ferricium Ion and Anionic Micelles. |
| Hideki SAKAI, Tatsuya MATUMI, Yasushi KAKIZAWA, Hitoshi IMAMURA, Takuto TAKEI, |
| Koji TSUCHIYA, Aritomo YAMAGUCHI, Masahiko ABE, Journal of Oleo Science, 50 (12), 937-943 |
| (2001). |
| 21.Reversible Release Control of an Oily Substance Using Photoresponsive Micelles. |
| Yoichi ORIHARA, Atsutoshi MATUMURA, Yoshihiro SAITO, Naotake OGAWA, Tetsuo SAJI, |
| Aritomo YAMAGUCHI, Hideki SAKAI, Masahiko ABE, Langmuir, 17(20), 6072-6076 (2001). |
| 22.Redox Control of Solubilization with a Single-Tailed Cationic Surfactant Bearing Ferrocenyl |
| Moiety. |
| Y.KAKIZAWA, H.SAKAI, Y.KONDO, N.YOHSINO, M.ABE, Material Technology, 19 (6), 259-266 , |
| (2001). (in Japanese) |
| V-B. Mixed Surfactant Systems. (Hydrocarbon and Fluorocarbon). |
| 23. Protonation Equilibrium of Azo Oil Dye in the Aqueous Solution of Mixed Surfactant System. |
| M. ABE, M. OHSATO, H. UCHIYAMA, N. TSUBAKI, K. OGINO, J. Jpn Oil Chem. Soc., |
| 35 (7), 522-528 (1986). |
| 24. Solubilization of Oil Soluble Azo Dye by Anionic-Nonionic Mixed Surfactants in Aqueous Solution. |
| H. UCHIYAMA, M. ABE, K. OGINO, J. Jpn. Oil Chem. Soc., 35 (12), 1031-1035 (1986). |
| (in Japanese) |
| *25. Solubilization by Nonionic Surfactants and Various Mixed Surfactants. |
| K. OGINO, H. UCHIYAMA, M. ABE, Hyomen, 26 (9), 652-663 (1988) . (in Japanese) |
| 26. Solubilization of Oleyl Alcohol by Mixed Surfactant Systems. |
| M. ABE, T. KUBOTA, H. UCHIYAMA, K. OGINO, Colloid Polym. Sci., 267 (4), 365-370 (1989). |
| 27. Solubilization of Oil Soluble Azo Dye by Anionic-Nonionic Mixed Surfactants in |
| Aqueous Solution. II. |
| H. UCHIYAMA, Y. TOKUOKA, M. ABE, K. OGINO, J. Colloid Interface Sci., 132 (1), 88-93 (1989). |
| 28. Expansion of Mixed Anionic-Nonionic Micelles by Solubilization of Organic Solutes. |
| M. ABE, Y. TOKUOKA, H. UCHIYAMA, K. OGINO, J. F. SCAMEHORN, Colloids and Surfaces, |
| 67, 37-43 (1992). |
| 29. Solubilization of Perfume Compounds by Pure and Mixtures of Nonionic Surfactants. |
| M. ABE, K. MIZUGUCHI, Y. KONDO, K. OGINO, H. UCHIYAMA, J. F. |
| SCAMEHORN, E. E. TUCKER, S. D. CHRISTIAN, J. Colloid Interface Sci., 160, 16-23 (1993). |
| 30. Solubilization Behavior of n-Octane and n-Octanol in Polyoxyethylated Nonionic Micelles. |
| Y. SAITO, M. ABE, T. SATO, J. Amer. Oil Chem. Soc., 70 (7), 717-721 (1993). |
| *31. To dissolve Synthetic Perfumes into Water. |
| Y. TOKUOKA, M. ABE, Hyomen, 33 (6), 397-404 (1995). (in Japanese) |
| 32. Solubilization of Some Synthetic Perfumes by Anionic-Nonionic Mixed Surfactant Systems. I. |
| Y. TOKUOKA, H. UCHIYAMA, M. ABE, S. D. CHRISTIAN, Langmuir, 11, 725-729 (1995). |
| 33.Solubilization of Some Synthetic Perfumes by Anionic-Nonionic Mixed Surfactant Systems. II. |
| Y. TOKUOKA, H. UCHIYAMA, M. Abe, J. Phys. Chem., 98, 6167-6171 (1994). |
| 34. Solubilization of Some Synthetic Perfumes by Ionic and Non-Ionic Surfactants. |
| Y. TOKUOKA, H. UCHIYAMA, M. ABE, J. Jpn. Oil Chem. Soc., 45 (1), 21-28 (1996). |
| 35.Electrochemical Behavior of a Ferrocene-Modified Cationic Surfactant Mixed with an Anionic |
| Surfactant in Aqueous Solutions. |
| Koji TSUCHIYA, Hideki SAKAI, Kyungok KWON, Takuto TAKEI, Masahiko ABE, Journal of Oleo |
| Science,51 (2),133-140 (2002). |
| VI. Functional Colloidal Assemblies (Microemulsions). |
| 1. Microemulsion Formation with Branched Tail Polyethylene Sulfonate Surfactants. |
| M. ABE, D. Schechter, R. S. Schechter, W. H. Wade, U. Weerasooriya, S. Yiv, |
| J.Colloid Interface Sci., 114 (2), 342-356 (1986). |
| 2. Phase Behavior of Branched Tail Ethoxylated Carboxylate Surfactant/ Electrolyte/Alkane |
| Systems. |
| M. ABE, R. S. Schechter, R. D. SELLIAH, B. SHEIKH, W. H. WADE, J. Dispersion |
| Sci. Tech., 8 (2), 157-172 (1987). |
| 3. Dynamic Processes in W/O Type Microemulsions by A Dynamic Light Scattering |
| Technique. M. ABE, M. NAKAMAE, K. OGINO, W. H. WADE, Chemistry Letters, |
| 1987 (8), 1613-1616, (1987). |
| 4. Distribution Measurement of Sodium Octyl Sulfate in Multiphase Microemulsion on |
| the Basis of Extraction-Spectrophotometric Method. |
| M. NAKAMAE, K. OGINO, M. ABE, Colloid Poly. Sci., 266 (5), 475-478 (1988). |
| 5. Phase Behavior of Sodium Alkyl Sulfate/n-Alkane/Co-surfactant/Brine Systems. |
| I. -Effect of Salinity on Microemulsion Formation-. |
| M. ABE, M. NAKAMAE, K. OGINO, J. Petroleum Institute (Sekiyu Gakkaishi), |
| 31 (6), 458-465 (1988). (in Japanese) |
| 6. Phase Behavior of Sodium Alkyl Sulfate/n-Alkane/Co-surfactant/Brine Systems. |
| II. -Effect of Co-surfactant on Microemulsion Formation. |
| M. NAKAMAE, M. ABE, K. OGINO, J. Petroleum Institute (Sekiyu Gakkaishi), |
| 31 (6), 466-472 (1988). (in Japanese) |
| 7. Properties and Structure of Microemulsions of the System Sodium Octyl Sulfate/n- |
| Hexyl Alcohol/n-Dodecane/Brine. |
| K. OGINO, M. NAKAMAE, M. ABE, J. Physi. Chem., 93 (9), 3704-3710 (1989). |
| 8. Microemulsion Formation with Nonionic Surfactants. - The Effect of Temperature on |
| the Middle Phase Microemulsion Formation in Nonionic Surfactant/Alkane/Water Systems- |
| M. ABE, H. NISHINO, K. OGINO, J. Petroleum Institute (Sekiyu Gakkaishi), 32 (3), 151-157 (1989). |
| *9. Microemulsion Formation with Nonionic Surfactants. |
| K. OGINO, H. NISHINO, M. ABE, Proceedings of ISF-JOCS World Congress 1988, |
| Vol. II, pp. 669-675, The Japan Oil Chemists' Society, June 1989. |
| 10. The Effect of Alkyl Chain Lengths in Sodium Alkyl Sulfates and n-Alkanes on |
| Microemulsion Formation. |
| M. NAKAMAE, M. ABE, K. Ogino, J. Colloid Interface Sci., 135 (2), 449-454 .(1990). |
| 11. Effects of Various Additives on the Solution Properties of Middle Phase |
| Microemulsion with Nonionic Surfactants. |
| H. NISHINO, A. KUWABARA, M. ABE, K. OGINO, Sekiyu Gakkaishi, 33 (4), 234-240 (1990). |
| ( in Japanese) |
| 12. Phase Behavior of Four-Component Microemulsions with Anionic Surfactant and |
| Aromatic Hydrocarbons. |
| T. YAMAZAKI, M. NAKAMAE, M. ABE, K. Ogino, Sekiyu Gakkaishi (J. Petroleum Institute), |
| 33 (4), 241-246 (1990) . (in Japanese) |
| 13. Effects of Hydrophobic Groups in Surfactants and Alkanes on the Phase Equilibrium |
| Rate of Middle Phase Microemulsion. |
| M. NAKAMAE, M. ABE, K. OGINO, Sekiyu Gakkaishi (J. Petroleum Institute), 33 (4), 247-247 (1990). |
| 14. Effect of Alkyl Chain Lengths of Surfactants and Alkanes on Middle Phase |
| Microemulsions Formation. |
| M. ABE, T. YAMAZAKI, K. TADA, K. OGINO, Jpn. Res. Inst. Material Tech., 8 (9), 313-321 (1990). |
| (in Japanese) |
| 15. The Phase Behavior and Physicochemical Properties of Sodium Octyl Sulfate/n- |
| Decane/n-Hexanol/Aqueous AlCl3 Middle Phase Microemulsion. |
| M. ABE, T. YAMAZAKI, K. OGINO, M. J. KIM, Langmuir, 8, 833-837 (1992). |
| 16. Properties of O/W-Type Microemulsion with Dimyristoylphosphatidylcholine. |
| M. ABE, I. YAJIMA, K. OGINO, N. TSUBAKI, Y. NAKANO, J. Jpn. Soc. Colour Formation. Material, |
| 65 (4), 212-219 (1992). (in Japanese) |
| *17. Preparations and Properties of Microemulsions for Enhanced Oil Recovery. |
| K. OGINO, M. ABE, Sekiyu Gakkaishi, 35 (3), 213-225 (1992). (in Japanese) |
| 18. Phase Behavior of Amphoteric Surfactant/Electrolyte/Cosurfactant/Alkane Systems. |
| M. ABE, A. KUWABARA, K. OGINO, H. OHSHIMA, T. KONDO, M. J. KIM, |
| J. Surface Sci. Tech., 8 (2), 155-172 (1992). |
| *19. Microemulsion Formation with Some Typical Surfactants. |
| K. OGINO, M. ABE, in "Surface and Colloid Science", E. MATIJEVIC,Ed., Plenum Press, |
| Vol. 15, pp.85-123 (1993). |
| 20. Properties of Microemulsion with Anionic/Cationic Mixed Surfactants. |
| M. ABE, I. YAJIMA, K. OGINO, Sekiyu Gakkai Shi, 36 (4), 326-333 (1993). (in Japanese) |
| 21. Simulation for Multiphase Microemulsion. |
| M. ABE, T. YAMAZAKI, A. NUKITA, Material Technology, 11 (1), 6-10 (1993). |
| 22. Thermodynamic Consideration for Middle Phase Microemulsion Formation. |
| T. Yamazaki, A. NUKITA, K. OGINO, S. MURATA, S. URABE, M. ABE, Sekiyu Gakkaishi, |
| 37 (6), 569-575 (1994). (in Japanese). |
| 23. Thermodynamic Consideration for Middle Phase Microemulsion Formation (2) |
| M. ABE, A. NUKITA, S. MURATA, S. URABE, Material Technology, 13 (2), 35-40 (1995). |
| (in Japanese) |
| 24. Preparation and Properties of Microemulsions with Sodium 2-Sulfonatofatty Acid |
| Higher Alkyl Esters. |
| Y. HIRANO, T. OKANO, S. MURATA, S. URABE, M. ABE, J. Jpn. Soc. Colour Material, |
| 68 (3), 149-155 (1995). (in Japanese) |
| 25 The Effect of Hydrophobic Chains of Sodium Alkyl Sulfates and Alkanes on the |
| Heat for Microemulsion Formation. |
| M. NAKAMAE, M. ABE, Material Technology, 14 (2), 47-51 (1996). (in Japanese) |
| *26.M. ABE, Anionic Surfactants in Applied Thermal Analyses, Nikkann Kogyou |
| Shinbun, pp.78-79 (1996). |
| 27. The Effect of Co-surfactant Concentrations on the Heat for Microemulsion Formation. |
| M. NAKAMAE, M. ABE, Material Technology, 14 (3), 76-80 (1996). (in Japanese) |
| *28. Microemulsions in Enhanced Oil Recovery -Middle-Phase Microemulsion |
| Formation with Some Typical Anionic Surfactants- in Industrial Applications of |
| Microemulsions, Edited by C. SOLANS and H. KUNIEDA, Marcel Dekker, pp.279-303 (1997). |
| 29. Effect of Oxyethylene Chain Length in Double-Tail Anionic Surfactant on Middle- |
| Phase Microemulsion Properties. |
| Y. HIRANO, H. SAKAI, S. HASHIMOTO, M. ABE, J. Jpn. Oil Chem. Soc., 46 (6), 661-669 (1997). |
| (in Japanese) |
| 31. Preparation and Properties of Multiphase Microemulsions with Some |
| Phosphatidylcolines Having Different Alkyl Chains. |
| I. YAJIMA, H. SAKAI, K. MIYAZAWA, N. KAWASHIMA, N. TSUBAKI, J. F. HARWELL, M. ABE, |
| Colloids and Surfaces B: Biointerfaces, 9, 177-186 (1997). |
| Surface-Electrical Study. |
| 32. Binding Constants of Inorganic Electrolytes and Aggregation Numbers of O/W Type |
| Microemulsion with an Amphoteric Surfactant. |
| M. ABE, A. KUWABARA, K. YOSHIHARA, K. OGINO, M. J. KIM, T. KONDO, H. OHSHIMA, |
| J. Phys. Chem., 99 (11), 2991-2998 (1994). |
| 33. Binding Constants of Symmetric or Anti-symmetric Electrolytes and Aggregation |
| Numbers of O/W Type Microemulsion with a Nonionic Surfactant. |
| K. YOSHIHARA, H. OHSHIMA, N. MOMOZAWA, M. ABE, Langmuir, 11 (8), 2979-2984 (1995). |
| 34. Determination of the Binding Constants of Sodium and Chloride ions and |
| Aggregation Numbers of Amphoteric Surfactant Microemulsions by a Novel Numerical Analysis. |
| K. YOSHIHARA, N. MOMOZAWA, T. WATANABE, K. KAMOGAWA, H. SAKAI, |
| M. ABE, Colloids and Surfaces A: Physicochemical and Engineering Aspects, 109, 235-243 (1996). |
| 35. Binding Constants of Aluminium Chloride and Aggregation Numbers in Oil-in-Water |
| Type Microemulsions Formed by an Amphoteric Surfactant. |
| K. YOSHIHARA, N. MOMOZAWA, H. SAKAI, M. ABE, Material Technology, 14 (5), 144-153 (1996). |
| 36. Binding Constants of Calcium and Magnesium Electrolytes and Aggregation |
| Numbers in Oil-in-Water Type Microemulsions with Amphoteric Surfactant. |
| K. YOSHIHARA, H. OHSHIMA, N. MOMOZAWA, H. SAKAI, K. NISHIYAMA, M. ABE, |
| Colloid Poly. Sci., 274, 685-695 (1996). |
| *37. Binding Constants of Electrolytes and Aggregation Numbers in Oil-in-Water Type |
| Microemulsions by a Surface-Electrical Method.-Part I: an Ionic (Amphoteric) Surfactant- |
| K. YOSHIHARA, M. ABE, Hyomen, 35 (1), 41-53 (1997). (in Japanese) |
| *38. Binding Constants of Electrolytes and Aggregation Numbers in Oil-in-Water Type |
| Microemulsions by a Surface-Electrical Method. -Part II: a Nonionic Surfactant- |
| K. YOSHIHARA, M. ABE, Hyomen, 35 (1), 167-174 (1997). (in Japanese) |
| 39.A Novel Numerical Analysis on Surface Charge Densities of an Amphoteric O/W-type |
| Microemulsion in the Presence of CaCl2 and/or AlCl3. |
| K. YOSHIHARA, N. MOMOZAWA, H. SAKAI, M. ABE, J. Colloid and Interface Science, |
| 191, 48-57 (1997). |
| 40.Binding Constants of Electrolytes and Aggregation Numbers in Oil-in-Water Type |
| Microemulsions by a Surface-Electrical Method -Part Ⅰ:an Ionic (Amphoteric) Surfactant-. |
| K.YOSHIHARA, M.ABE, Reviews and Topics on Surface Science & Technology Avant- garde, |
| Vol.35.No. 1 pp.41-53 (1997). (in Japanese) |
| 41.Effective Dispersion of Water into Suipercritical Carbon Dioxide |
| K.OTAKE, M.SAGISAKA, N.YOSHINO, M.ABE, Reviews and Topics on Surface Science & |
| Technology Avant-garde, 40 (10), 353-367 (2002). (in Japanese) |
| 42.Phase Behavior and Interfacial Properties of Water-in-Supercritical CO2 Microemulsions Formed |
| with Aid of Fluorinated Surfactants. |
| Masanobu SAGISAKA, Yoshinobu OZAKI, Satoshi YODA, Yoshihiro TAKEBAYASI, Katsuto OTAKE, |
| Yukishige KONDO, Norio YOSHINO, Hideki SAKAI, Masahiko ABE, Material Technology, 21,36-42 |
| (2003). |
| 43.Preparation of a W/SCCO2 Microemulsion Using Fluorinated Surfactants. |
| Masanobu SAGISAKA, Satoshi YODA, Yoshihiro TAKEBAYASI, Katsuto OTAKE, |
| Boonyarach KITILYANAN, Yukishige KONDO, Norio YOSHINO, Kei TAKEBAYASHI |
| Hideki SAKAI, Masahiko ABE, Langmuir, 19, 220-225 (2003). |
| 44.Water in Supercritical CO2 Microemulsion Formation by Fluorinated Surfactants. |
| Takabumi NAGAI, Kazuhisa FUJII, Katsuto OTAKE, Masahiko ABE, Chemistry Letters, 32 (4), |
| 384-385 (2003). |
| 45.Effects of CO2-Philic Tail Structure on Phase Behavior of Fluorinated Aerosol-OT |
| Analogue Surfactant/Water/Supercritical CO2 Systems. |
| M.SAGISAKA, S.YODA, Y.TAKEBAYASHI, K.OTAKE, Y.KONDO, N.YOSHINO, H.SAKAI, M.ABE, |
| Langmuir, 19 ( 20), 8161-8167 (2003). |
| Ⅶ. Emulsification and Emulsions. |
| 1. Fundamental Study on Emulsion-Fuels (I) -Effect of Nonionic Surfactants on Water |
| Content and Particle Size in W/O Type Emulsions-. |
| K. OGINO, M. ABE, H. NISHINO, J. Fuel Soc. Jpn., 67 (3), 167-171 (1988) . (in Japanese) |
| 2. Fundamental Study on Emulsion-Fuels (II) -Effect of Hydrophobic Chain Length on |
| Water Content and Particle Size in W/O Type Emulsions-. |
| M. ABE, H. NISHINO, K. OGINO, J. Fuel Soc. Jpn., 67 (10), 856-861 (1988). (in Japanese) |
| *3. Easy Explanation of Emulsification (Emulsification and Emulsion). |
| K. OGINO, M. ABE, SUT Bulletin, 12-24 (1990). |
| *4. Recent Progress in Emulsion and Emulsion Technology. |
| M. ABE, J. Jpn. Oil Chem. Soc., 41 (2), 117-124 (1992). (in Japanese) |
| *5. Emulsification. |
| M. ABE, J. Jpn. Soc. Colour Material., 67 (4), 263-272 (1994). (in Japanese) |
| 6.Properties of W/O-Type Emulsions with Surfactants and Oils derived from an Oleic Acid. |
| M. ABE, K. KOSAKA, K. YOSHIHARA, K. SAITO, M. SUZUKI, J. Jpn. Soc. Colour Material., |
| 68 (3), 135-141 (1995). (in Japanese) |
| 7. Properties of O/W-Type Emulsions with Surfactants and Oils Derived from High Purity Oleic |
| Acid. |
| K. KOSAKA, K. YOSHIHARA, Y. HIRANO, K. SAITO, M. SUZUKI, M. ABE, |
| Material Technology, 13 (9), 279-285 (1995). (in Japanese). |
| *8.Principle and Application of Emulsisification in Theory and Application of |
| Emulsification and Dispersion Technique. Edited by E. OHSHIMA, Y. HIRATA, |
| Tokushukikakougyou, Chapter 11, pp.203-234 (1997). (in Japanese) |
| 9.Macro- and Microemulsions. |
| Abe, Macro- and Microemulsions, J. Jpn. Oil Chem. Soc., 47 (9), 819-843 (1998). |
| 10.Emulsification Characteristics of Diglycerol Tetraoleate |
| Y.SAKAI, M.TAKENOUCHI, M.ABE, Journal of the Japan Society of Colour Material, |
| Vol.73, No.2 pp.47-52 (2000). (in Japanese) |
| 11.O/W emulsion, electrokinetic sonic amplitude, particle size, oleic acid, oleyl alcohol. |
| T.YAMAMOTO, H.SAKAI, Y.SAKAI, K.OZAWA, F.HARUSAWA, K.KAMOGAWA, M.ABE, |
| Material Technology, Vol.18, No. 2 , pp.53-61 (2000). (in Japanese) |
| 12.Mixing Effect of Oils on the Lowering of Oil/Water Interfacial Tension. |
| K.KUDO, Y.SAKAI, H.SAKAI, M.IWAHASHI, K.KAMOGAWA, F.HARUSAWA, M.ABE, |
| The Japan Society of Colour Material, Vol.73, No.6, pp. 275-281 (2000). (in Japanese) |
| 13. Effects of polarity of oil on the properties of emulsions prepared using nonionic surfactants. |
| Sakai, Yuji; Fujii, Hidetoshi; Sakai, Hideki; Harusawa, Fuminori; Abe, Masahiko; Takenouchi, |
| Masanori; Kamogawa, Keiji, Material Technology, 18 (9), 351-358 (2000). (in Japanese) |
| 14.Emulsifying Potency of New Amino Acid-Type Surfactant (1) - O/W Emulsions -. |
| Junichi KOUCHI, Tatsuru TABOHASHI, Shoko YOKOYAMA, Fuminori HARUSAWA, |
| Aritomo YAMAGUCHI, Hideki SAKAI, Masahiko ABE, Journal of Oleo Science, 50 (11), 847-855 |
| (2001). |
| 15.Emulsifying Potency of New Amino Acid-Type Surfactant (2): Stable W/O Emulsions Containing |
| 85 wt% Inner Water Phase. |
| Shoko YOKOYAMA, Junichi KOUCHI, Tatsuru TABOHASHI, Fuminori HARUSAWA, |
| Aritomo YAMAGUCHI, Hideki SAKAI, Masahiko ABE, Chem. Pharm. Bull, 49 (10),1331-1335 (2001). |
| 16. New Trends in Emulsification Technique. |
| Abe, Masahiko; Sakai Toshio, |
| in “ Functional Emulsions --Technique, Evaluation and Application--“, Chapter 1 , 3-33 |
| Kakuta, Mitsuo, Ed., CMC Publishing (2002). (in Japanese) |
| 17. Evaluation Techniques of Emulsions. |
| Abe, Masahiko; Sakai Toshio, |
| in “ Functional Emulsions --Technique, Evaluation and Application--“, Chapter 8, 86-102 |
| Kakuta, Mitsuo, Ed., CMC Publishing (2002). (in Japanese) |
| Ⅷ. Applied Research of Surfactants. |
| Fading Phenomena of Dye. |
| 1. Fading Phenomenon of Azo Oil Dye in Anionic-Nonionic Surfactant Solutions. |
| K. OGINO, H. UCHIYAMA, M. OHSATO, M. ABE, J. Colloid Interface Sci., 116 (1), 81-87 (1987). |
| 2. Fading Phenomena of Azo Oil Dye in Anionic-Nonionic Surfactant Solutions. II. - |
| Effect of Alkyl Groups and/or Oxyethylene Ones in Nonionic Surfactant on the Fading Rate - . |
| K. OGINO, H. UCHIYAMA, M. ABE, Colloid Polym. Sci., 265 (1), 52-57 (1987). |
| 3. Fading Phenomena of Azo Oil Dye in Anionic-Nonionic Surfactant Solutions. III. - |
| The Effect of Solubilizates on the Fading Behavior of Azo Oil Dye in Mixed Surfactant Systems - . |
| H. UCHIYAMA, M. ABE, K. OGINO, Colloid Polym. Sci., 265 (9), 838-844 (1987). |
| 4. Fading Phenomena of Azo Oil Dyes in Anionic-Nonionic Surfactant Solutions. IV. |
| -Singlet Oxygen Formation in the Mixed Micelle-. |
| H. UCHIYAMA, M. ABE, K. OGINO, Langmuir, 6 (12), 1763-1768 (1990). |
| Ⅸ. Surfactant Vesicles. |
| 1. Solubilization of 2-Phenylethanol in Surfactant Vesicles and Micelles. |
| Y. KONDO, M. ABE, K. OGINO, H. UCHIYAMA, J. F. SCAMEHORN, E. E. |
| TUCKER, S. D. CHRISTIAN, Langmuir, 9 (4), 899-902 (1993). |
| 2. Stability of Surfactant Vesicles formed from Cationic Didodecyldimethylammonium bromide. |
| Y. KONDO, M. ABE, K. OGINO, H. UCHIYAMA, E. E. TUCKER, J. F. |
| SCAMEHORN, S. D. CHRISTIAN, Colloids and Surfaces, B: Biointerfaces, 1 (1), 51-56 (1993). |
| 3. Bilayer Properties of Properties of Sodium 2-Sulfonatofatty Acid Higher Alkyl Esters. |
| M. ABE, Y. OKUMA, K. O. KWON, K. OGINO, T. OKANO, J. TANABE, M. FUKUDA, |
| J. Jpn. Oil Chem. Soc., 42 (11), 929-934 (1993). (in Japanese) |
| 4. Effect of Temperature on Solubilization of Aromatic Compounds by Didodecyl- |
| dimethylammonium Bromide Vesicles. |
| Y. KONDO, T. SHINOHARA, H. SAKAI, M. ABE, J. Jpn. Oil Chem. Soc., 46 (2),165-174 (1997). |
| 5. Vesicle Diameter Effect on Solubilization of Aromatic Compounds by Aqueous |
| Solutions of Didodecyldimethylammonium Bromide Vesicles. |
| Y. KONDO, N. YOSHINO, C. KAISE, H. SAKAI, M. ABE, . Jpn. Oil Chem. Soc., |
| 46 (3), 323-329 (1997). |
| 6. Solubilization of Aromatic Compounds by Vesicles Prepared with Double-Chained |
| Cationic Surfactants -Effect of Dialkyl Chain Length- |
| C. KAISE, H. SAKAI, Y. KONDO, N. YOSHINO, M. ABE, J. Jpn. Soc. Colour Material., |
| 70 (4), 242-250 (1997). (in Japanese) |
| 7. Effect of pH on solubilization of benzene derivatives by dodecyltrimethylammonium |
| bromide micelles. |
| Shinohara, Takayuki; Sakai, Hideki; Ogino, Keizo; Kondo, Yukishige; Yoshino, Norio; |
| Abe, Masahiko, Nihon Yukagakkashi, 46 (2),183-190 (1997). (in Japanese) |
| 8.Solubilization of Aromatic Compounds by Vesicles Loaded with Cyclodextrin. |
| Chihiro KAISE, Hideki SAKAI, Yukishige KONDO, Norio YOSHINO, Jiradej MANOSROI, |
| Aranya MANOSROI, Yoshihiro SAITO, Masahiko ABE, Journal of the Japan Sociey of Colour |
| Material, 71 (1), 16-23 (1998). |
| 9.Photochemical Switching of Vesicle Formation Using an Azobenzene-Modified Srufactant. |
| Hideki SAKAI, Atsutoshi MATSUMURA, Shoko YOKOYAMA,Tetsuo SAJI, Masahiko ABE, |
| Journal of Physical Chemistry, 103 (49), 10737-10740 (1999). |
| 10.Shapes and Sizes of Sulfosuccinate-type Fluorocarbon Surfactant Vesicles in Aqueous Solutions. |
| Masahiko ABE, Yukishige KONDOU, Masanobu SAGISAKA, Hideki SAKAI, Yoichi MORITA, |
| Chihiro KAISE, Norio YOSHINO, Journal of the Japan Society of Colour Material, 73 (2), 53-59 , |
| (2000). (in Japanese) |
| 11.Active Control of Vesicle Formation with Photoelectrochemical Switching. |
| Hideki SAKAI, Atsutoshi MATSURA, Masahiko ABE, Proceedings of the International Conference on |
| Colloid and Surface Science, Tokyo,Japan,November5-8,2000., 505-508 (2001). |
| 12.Electrochemical Control of Vesicle Formation with a Double-Tailed Cationic Surfactant Bearing |
| Ferrocenyl Moieties. |
| Yasushi KAKIZAWA, Hideki SAKAI, Aritomo YAMAGUCHI, Yukishige KONDO, Norio YOSHINO, |
| Masahiko ABE, Langmuir, 17 (26), 8044-8048 (2002). |
| 13.Vesicles Formation of Double-Chain Cationic Surfctants with Different Chain-Lengths in Deep |
| Sea Water. |
| Chihiro KAISE, Hideki SAKAI, Aritomo YAMAGUCHI, Shoko YOKOYAMA, Teruhisa |
| KANEKO, Youichiro ARAI, Masahiko ABE, Journal of Oleo Science, 51 (1), 43-50 (2002). |
| 14.Characteriztion of Vesicles Prepared with Various Non-ionic Surfactants Mixed with Choresterol. |
| Aranya MANOSROI, Paveena WONGTRAKUL, Jiradej MANOSROI, Hideki SAKAI, |
| Fumio SUGAWARA, Makoto YUASA, Masahiko ABE, Colloids and Surfaces B: Biointerfaces, |
| 30, 129-138 (2003). |
| Spontaneous Vesicle Formation. |
| 15.Spontaneous Vesicle Formation in the Aqueous Solutions of Didodecyldimethylammonium |
| Bromide and Sodium Decylsulfate Mixtures. |
| Y. KONDO, H. UCHIYAMA, N. YOSHINO, T. WATANABE, K. NISHIYAMA, M. ABE, |
| Material Technology, 12 (10), 314-319 (1994). (in Japanese) |
| 16. Spontaneous Vesicle Formation from the Aqueous Solutions of Didodecyldimethylammonium |
| Bromide and Sodium Dodecylsulfate Mixtures. |
| Y. KONDO, H. UCHIYAMA, N. YOSHINO, K. NISHIYAMA, M. ABE, Langmuir, |
| 11 (7), 2380-2384 (1995). |
| 17.Active control of Vesicle Formation Using Switchable Redox Surfactant. |
| H. SAKAI, H. IMAMURA, Y. KAKIZAWA, M. ABE, Y. KONDO, N. YOSHINO, J. F. HARWELL, |
| DENKI KAGAKU, 65 (8), 669-672 (1997). |
| Ⅹ. Concentrated Solution Systems. |
| 1. Solution Properties of Concentrated Anionic-Nonionic Mixed Surfactant Systems. |
| M. ABE, T. HIRAMATSU, Y. TOKUOKA, H. UCHIYAMA, K. OGINO, J. Jpn. Oil Chem. Soc., |
| 39 (9), 649-653 (1990). (in Japanese) |
| 2. Phase Diagrams of Surfactant/Water/Synthetic Perfume Ternary Systems. |
| Y. TOKUOKA, H. UCHIYAMA, M. ABE, Colloid Polym. Sci., 272 (3), 317-323 (1994). |
| Pharmacy Relatioins |
| 1.Surface Chemical Study on Base-Catalyzed Degradation (lsomerization) of Prostanglandin A2. |
| Shoko YOKOYAMA, Kaname HASHIZAKI, Masahiko ABE, Journal of Japan Oil Chemists Society, |
| 48 (6), 569-575 (1999). |
| 2.Preparation and Physicochemical Properties of New Crystalline Complexes Composed of Fatty |
| Acids and 2-Aminoethanol. |
| Shoko YOKOYAMA, Masahiko ABE, Material Technology, 17 (5), 211-215 (1999). |
| 3.Comparison of Prednisolone Production from Cortexolone by Free and Immobilized Isolated and |
| Standard Collection Strains Using Mixed Culture Techniques. |
| Jiradej MANOSROI, Aranya MANOSROI, Aurason SARAPHANCHOTIWITTAYA, Masahiko ABE, |
| Journal of Chemical Technology and Biotechnology, 74, 364-370 (1999). |
| 4.Biotransformation of Steroidal Drugs Using Microorganisms screened from Variors Sites in Chiang |
| Mai. Thailand. |
| Jiradej MANOSROI, Masahiko ABE, Aranya MANOSROI, Bioresource Technology, 69 (1), 67-73 |
| (1999). |
| 5.Complex Formations between Sublimate Compounds and Deoxycholic Acid, and Effect of |
| Complexation on Sublimate Rate. |
| Shoko YOKOYAMA, Masahiko ABE, Material Technology, 17 (6), 265-269 (1999). |
| 6.Efect of Arachidonic Acid on Base-Catalyzed Consecutive Degradation of Prostaglandin E2. |
| Shoko YOKOYAMA, Tomohiro KANAZAWA, Masahiko ABE, Material Technology, 17 (7), 283-290 |
| (1999). |
| 7.Micelｌar Surface Potentials (ψ) of Several Local Anesthetics, and Correlation Between ψand |
| Pharmacological Potency. |
| Shoko YOKOYAMA, Yoshihiro FUJINO, Masahiko ABE, Material Technology, 17 (7), 298-303 |
| (1999). |
| 8.Effect of Lysophosphatidylcholin on Acid-Catalyzed Dehydration (Degradaion) of Prostaglandin E1. |
| Shoko YOKOYAMA, Miki NAKANO, Tadahiro TAKEDA, Masahiko ABE, Material Technology, 17 (8), |
| 342-349 (1999). |
| 9.Comparison of Antioxidant Activity of Extract from Seeds of White Peppar (Piper nigrum,Linn) to |
| Commercial Antioxidants in 2% Hydroquinone Cream. |
| Aranya MANOSROI, Masahiko ABE, Jiradej MANOSROI, J.Cosmet.Sci., 50, 221-229 (1999). |
| 10.Effects of Intermolecular Double Bonds on Micellar Surface Potential and Surface Charge |
| Density of lcosapolyenoic Acids. |
| Shoko YOKOYAMA, Yoshihiro FUJINO, Tadahiro TAKEDA, Masahiko ABE, Journal of Japan Oil |
| Chemists, Society, 48 (12), 1371-1376 (1999). |
| 11.Preparation and Physicochemical Properties of New Crystalline Complexes Composed of Fatty |
| Acids and Ethylenediamine. |
| Shoko YOKOYAMA, Yoshihiro ABE, Masahiko ABE, Material Technology, 18 (2), 48-52 (2000). |
| 12.Mode Analysis of Binding of Fatty Acid Molecules to Mammalian DNA Polymerases. |
| Yoshiyuki MIZUSHIMA, Masanobu SAGISAKA, Hideki SAKAI, Masahiko ABE, Kengo SAKAGUCHI, |
| Biochim Biophys.Acta, 1486, 211-218 (2000). |
| 13.Preparation and Physicohemical Properties of New Crystalline Complexes Composed of Fatty |
| Acids and Ethylenediamine. |
| Shoko YOKOYAMA, Yoshihiro ABE, Masahiko ABE, Material Technology, 18 (2), 48-52 (2000). |
| 14.Effect of Ganglioside GM1 Micelles on Autoxidation of Aqueous Solution of Epinephrine |
| Hydrochloride. |
| Shoko YOKOYAMA, Tadashi TAKEDA, Masahiko ABE, Material Technology, 18 (5), 164-170 (2000). |
| 15.Surface Active Properties of Aqueous Solution of Diphenylpyraline Hydrochloride in the Presence |
| of Procaine Hydrochloride. |
| Shoko YOKOYAMA, Takayoshi SUGA, Tomohiro IMURA, Masahiko ABE, Material Technology, |
| 18, 62-65 (2000). |
| 16.Inhibition Effects of Gangliosides GM1, GD1a, and GT1b on Base-Catalyzed Isomerization of |
| Prostaglandin A2. |
| Shoko YOKOYAMA, Tadahiro TAKEDA, Masahiko ABE, Colloids and Surfaces B: Biointerfaces, |
| 20, 361-368 (2001). |
| 17.Liquid Crystalline Behavior of α-Substituted Oligothiophenes. |
| Takashi YAMADA, Reiko AZUMI, Hiroaki TACHIBANA, Hideki SAKAIi, Masahiko ABE, |
| Gunther GOTZ, Peter BAUERLE, Mutsuyoshi MATSUMOTO, Chemistry Letters, 1022-1023 (2001). |
| 18.Conformational Change of Ganglioside GM1 with Surface Pressure, Related to Signal |
| Transduction? |
| Shoko YOKOYAMA, Tadahiro TAKEDA, Yumikko OHTA, Tomohiro IMURA, Aritomo YAMAGUHI, |
| Hideki SAKAI, Masahiko ABE, Journal of Oleo Science, 50 (11), 917-920 (2001). |
| 19.Lipid Peroxidation and the Antioxidant Effect of 3, 5, 7 , 4'-Tetrahydroxy-2'-Methoxyflvone, Direct |
| Observaation by Atomic Force Microcopy. |
| Shoko YOKOYAMA, Tadahiro TAKEDA, Yumiko OHTA, Park Sung HEE, Takashi NISHIKAWA, |
| Masahiko ABE, Journal of Oleo Science, 51 (1), 63-67 (2002). |
| 20.Membrane Properties of Mixed Dipalmitoylphospahatidylglycerol/Ganglioside GM3 Liposomes in |
| the Presence of Bovine Serum Albumin. |
| Shoko YOKOYAMA, Tadahiro TAKEDA, Tadashi TSUNODA, Yumiko OHTA, Tomohiro IMURA, |
| Masahiko ABE, Colloids and Surfaces B: Biointerfaces, 27, 141-146 (2002). |
| 21.Perparation of ganglioside GM3 liposomes and their membrane properties. |
| Soko YOKOYAMA, Tadahiro TAKEDA, Masahiko ABE, Colloids and Surfaces B: Biointerfaces, 27, |
| 181-187 (2002). |
| 22.Localization of Mitogen-Active Oligosaccharide in Ganglioside GM3-Phospholipid Monolayers. |
| Shoko YOKOYAMA, Noriyasu HADA, Tadahiro TAKEDA, Yumiko OHTA, Tomohiro IMURA, |
| Masahiko ABE, Mateial Technology, 21, 3-6 (2003). |
| ⅩⅠ. Natural Surface Active Substances and Liposomes. |
| 1. Interactions between L--Phosphatidylcholines and Water Molecules. |
| K. OGINO, M. GOTO, M. ABE, J. Jpn. Oil Chem. Soc., 37 (8), 640-647 (1988). (in Japanese) |
| 2. Interactions between L--phosphatidylcholines and Water Molecules. II. |
| -The Structure of Interlamella Water and Membrane Property-. |
| M. ABE, M. GOTO, K. OGINO, J. Jpn Oil Chem. Soc., 38 (6), 506-515 (1989). (in Japanese) |
| 3. Monomolecular Characteristics of Polyunsaturated Fatty Acids at the Air/Water Interface. |
| T. FUNADA, Y. TANAKA, J. HIRANO, E. MIZUGUCHI, Y. Goto, M. ABE, K. OGINO, |
| J. Jpn Oil Chem. Soc., 38 (5), 432-433 (1989). |
| 4. Interaction between L--Phosphatidylcholine and Water Molecules. III. |
| -The Structure of Interlamella Water and Membrane Microproperty- |
| M. ABE, M. GOTO, K. OGINO, J. Jpn Oil Chem. Soc., 39 (5), 351-356 (1990). (in Japanese) |
| 5. Surface Chemical Properties of Unsaturated Fatty Acids. |
| K. OGINO, M. ABE, Y. GOTO, T. FUNADA, Y. TANAKA, J. HIRANO, J. Jpn. Oil |
| Chem. Soc., 39 (6), 398-404 (1990). (in Japanese) |
| 6. Interactions between L--Diphosphatidylglycerol Sodium Salts and Water Molecules. |
| M. ABE, S. HASEGAWA, K. OGINO, Y. NAKANO, N. TSUBAKI, J. Jpn. Oil |
| Chem. Soc., 44 (2), 134-139 (1995). (in Japanese) |
| Bilayers (Liposomes). |
| 7. Molecular Interaction Between Phospholipid and Nonionic Surfactants in a Lipid Bilayer. |
| M. ABE, T. HIRAMATSU, H. UCHIYAMA, H. YAMAUCHI, K. OGINO, J. Jpn. Oil Chem. Soc., |
| 41 (2), 136-141 (1992). (in Japanese) |
| 8. Molecular Interactions between Phospholipid and Lipophilic Substances in a Lipid Bilayer. |
| M. ABE, Y. TAKAO, T. YAMAMOTO, K. O. KWON, H. YAMAUCHI, K. OGINO, |
| J. Jpn. Oil Chem. Soc., 41 (2), 404-409 (1992). (in Japanese) |
| 9. Phospholipid Liposome Fusion by a Fluorescent Probe Method. |
| K. O. KWON, M. ABE, M. J. KIM, K. OGINO, J. Jpn. Oil Chem. Soc., 41 (6), 501-506 (1992). |
| (in Japanese) |
| 10. Molecular Interactions between Saturated and Unsaturated Phospholipids in a |
| Monomolecular and a Bilayer. |
| N. TSUBAKI, Y. NAKANO, Y. GOTO, M. ABE, K. OGINO, J. Jpn. Oil Chem. Soc., 41 (7), 551-557 |
| (1992). (in Japanese) |
| 11. Molecular Interactions between Lipid and Some Steroids in a Monolayer and a Bilayer. |
| H. YAMAUCHI, Y. TAKAO, M. ABE, K. OGINO, Langmuir, 9 (1), 300-304 (1993). |
| 12. Calcium Ion Adsorption on Phospholipid Bilayers -Theoretical Interpretation- |
| K. O. KWON, M. ABE, K. OGINO, M. J. KIM, H. OHSHIMA, J. Jpn. Oil Chem. |
| Soc., 43 (1), 23-30 (1994). |
| 13. A New Thermo-Sensitive Fatty Acid Complex: the Mechanism and its Applicability |
| to a Drug Delivery System. |
| S. YOKOYAMA, M. SUNOHARA, T. FUJIE, M. HASEGAWA, M. ABE, Chemistry Letters, 445-448 |
| (1994). |
| 14. Thermotropic Behaviors of Phospholipid Bilayer interacting with Metal Ions. |
| K. O. KWON, T. ISHINOMORI, M. ABE, M. J. KIM, K. OGINO, Langmuir, 10 (5), 1415-1420 (1994). |
| 15. Effects of Divalent Metal Ions on Hydration of Phospholipid Molecules -DPPG, |
| DPPC/Ca2+, Mg2+, Ba2+ Systems-. |
| K. O. KWON, M. ABE, T. ISHINOMORI, K. OGINO, J. Jpn. Oil Chem. Soc., 45 (5), 403-408 (1994). |
| (in Japanese) |
| 16. Effects of Calcium Ions on Phospholipid Aggregates at Subzero Temperatures. |
| K. O. KWON, M. ABE, K. OGINO, M. J. KIM, H. OHSHIMA, Colloids and Surfaces B: Biointerfaces, |
| 3, 25-30 (1994). |
| 17. Molecular Interactions between Phospholipid and Sphingoglycolipids in a Lipid Bilayer. |
| A. SEKIGUCHI, K. OGINO, H. YAMAUCHI, M. ABE, J. Jpn. Oil Chem. Soc., |
| 44 (3), 184-191 (1995). (in Japanese) |
| 18. Molecular Interactions Between Lipids and Some Steroids in a Monolayer and bilayer(2). |
| Y. TAKAO, H. YAMAUCHI, J. MANOSROI, A. MANOSROI, M. ABE, Langmuir, 11 (3), 912-916 |
| (1995). |
| 19. Molecular Interactions between Phospholipid and Lipophilic Substances in a Lipid Bilayer. II. |
| Y. TAKAO, Y. NAKANO, K. OGINO, H. YAMAUCHI, M. ABE, Material Technology, |
| 13 (4), 109-115 (1995). (in Japanese). |
| *20. Solubiliozation of Organic Solutes by Vesicles in Solubilization by Surfactant Aggregates. |
| M. ABE, H. YAMAUCHI, K. OGINO, Edited by J. F. SCAMEHORN, S. D. CHRISTIAN, |
| Marcel Dekker, pp. 333-363 (1995). |
| 21. Molecular Interactions between Phospholipids and Glycolipids in a Lipid Bilayer. |
| A. SEKIGUCHI, A. MANOSROI, J. MANOSROI, H. YAMAUCHI, M. ABE, |
| Colloids and Surfaces B: Biointerfaces, 4 (5), 287-296 (1995). |
| 22. Molecular Interactions between Phospholipids and Mangostin in a Lipid Bilayer. |
| A. YOSHIDA, A. MANOSROI, J. MANOSROI, H. YAMAUCHI, M. ABE, Colloids |
| and Surfaces B: Biointerfaces, 4 (6), 423-432 (1995). |
| 23. Effects of Various Amino Acids on Membrane Characteristics of Liposomes. |
| T. ISHINOMORI, K. OGINO, H. SAKAI, T. FUNADA, M. MASUZAWA, M. ABE, |
| J. Jpn. Oil Chem. Soc., 44 (11), 985-990 (1995). (in Japanese) |
| 24. Leakage of a Water-soluble Compound from Liposomes Dispersed in Highly Viscous Fluids. |
| H. SAKAI, Y. YOKOUCHI, M. KOBAYASHI, Y. FUJITA, H. YAMAUCHI, N. TSUBAKI, M. ABE, |
| Material Technology, 15 (4), 117-122 (1997). (in Japanese) |
| 25. Molecular Interactions between Lipid Bilayers and a Water-soluble Polymer. |
| A. YOSHIDA, H. YAMAUCHI, H. SAKAI, N. KAWASHIMA, M. ABE, |
| Colloids and Surfaces B: Biointerfaces, 8 (6), 333-342 (1997). |
| 26.Molecular Interactions Between Surface Modifies Lipid Bilayers and a Water- Soluble Polymer. |
| Ayumi YOSHIDA, Kaname HASHIZAKI, Mona EI-MAHDY, Hitoshi YAMAUCHI, Hideki |
| SAKAI, Shoko YOKOYAMA, Masahiko ABE, J. Jpn. Oil Chem.Soc., 47 (12), 1323-1329 (1998). |
| 27.Effects of N-Carboxyacyl Phosphatidylethanolamine Derivatives on Physicochemical Properties |
| of Liposomes. |
| Hitoshi YAMAUCHI, Iwao SHIMAZAKI, Kaname HASHIZAKI, Hideki SAKAI, Shoko |
| YOKOYAMA, Masahiko ABE, Journal of Japan Oil Chemists, Society, 48 (4), 317-324 (1999). |
| 28.Effects of Steroids and Vitamin D3 on the Permeability of Liposomal Bilayer Membranes. |
| Masahiko ABE, Kaname HASHIZAKI, Yumiko YOKOUCHI, YoshikoTAKAO, Hitoshi YAMAUCHI, |
| Kaname HASHIZAKI, Jiradej MANOSROI, Aranya MANOSROI, Hideki SAKAI, |
| Shoko YOKOYAMA, Hitoshi YAMAUCHI, Jounal of Japan Oil Chemists, Society, 48 (3),215-219 , |
| (1999). |
| 29.Efffect of Lipid with Covalently Attached Poly (Ethylene Glycol) on the Surface Properties of |
| Liposomal Bilayer Membranes. |
| Ayumi YOSHIDA, Kaname HASHIZAKI, Hitoshi YAMAUCHI, Hideki SAKAI, Shoko YOKOYAMA, |
| Masahiko ABE, Langmuir, 15 (7), 2333-2337 (1999). |
| 30.Effects of PEG Chain Length of Phospholipid with Covalently Attached Poly (Ethylene Glycol) |
| (PEG) on Macroscopic States of Liposomes. |
| Kaname HAHIZAKI, Chika ITHO, Hideki SAKAI, Shoko YOKOYAMA, Hiroyuki TAGUCHI, |
| Yoshihiro SAITO, Naotake OGAWA, Masahiko ABE, Journal of Japan Oil Chemists, Society, |
| 48 (9), 871-876 (1999). |
| 31.Freeze-Fracture Electron Micrographs of Liposomes Containing Phospholipid with Covalency |
| Attached poly (ethylene glycol）. |
| Kaname HASHIZAKI, Chika ITOH, Hideki SAKAI, Shoko YOKOYAMA, Hiroyuki TAGUCHI, |
| Yoshihiro SAITO, Naotake OGAWA, Masahiko ABE, Journal of Japan Oil Chemists, Society, |
| 48 (9), 923-925 (1999). |
| 32. Preparation and membrane characteristic of liposomes having ceramide 3. |
| Abe, Masahiko; Sakai, Hideki; Imura, Tomohiro. |
| Fragrance Journal, 27 (10), 58-64 (1999). (in Japanese) |
| 33.Freeze-Fracture Electron Microscopic and Calorimeteric Studies on Microscopic States of |
| Surface-Modified Liposomes with Poly (Ethylene Glycol) Chains. |
| Kaname HASHIZAKIi, Chika ITOH, Hideki SAKAI, Shoko YOKOYAMA, Hiroyuki TAGUCHI, |
| Yoshihiro SAITO, Naotake OGAWA, Masahiko ABE, Colloids and Surfaces B:Biointerfaces, |
| 17 (4), 275-282 (2000). |
| 34.Atomic Force Microscopic Study on the Surface Properties of Phospholipid Monolayers |
| Containing Ceramide 3. |
| Tomohiro IMURA. Hideki SAKAI. Hitoshi YAMAUCHI. Kozo KOZAWA. Shoko YOKOYAMA, |
| Masahiko ABE, Colloids and Surfaces B:Biointerfaces, 19 (1), 81-87 (2000). |
| 35.Domain Formations and Phase Separation in the Mixed Phosphatidylcholine/Ceramide 3 |
| Monolayers and Bilayers. |
| Tomohiro IMURA, Hideki SAKAI,Hitoshi YAMAUCHI, Kozo KOZAWA, Chihiro KAISE, |
| Shoko YKOYAMA, Masahiko ABE, Jorunal of Japan Oil Chemists, Society, 49 (4), 373-377 (2000). |
| 36.Effects of Lysozyme and Bovine Serum Albumin on Membrane Characteristics of Dipalmitoyl |
| phosphatidylcerol Liposomes. |
| Tadasi TSUNODA, Tomohiro IMURA, Makiko KADOTA, Hitoshi YAMAUCHI, Kyung OK KWON, |
| Shoko YOKOYAMA, Hideki SAKAI, Masahiko ABE, Colloids and Surfaces B:Biointrfaces, 20, |
| 155-163 (2001). |
| 37.Preparation of Liposomes Containing Ceramide 3 and Their Membrane Characterteristics. |
| Tomohiro IMURA, Hideki SAKAI, Hitoshi YAMAUCHI, Chihiro KAISE, Kozo KOZAWA, |
| Shoko YOKOYAMA, Masahiko ABE, Colloids and Surfaces B:Biointrfaces, 20, 1-8 (2001). |
| 38.Effect of Adsorption of Bovine Serum Albumin on Liposomal Membrane Characteristics. |
| Yumiko YOKOUCHI, Tadashi TSUNODA, Tomohiro IMURA, Hitoshi YAMAUHI, Shoko YOKOYAMA, |
| Hideki SAKAI, Masahiko ABE, Colloids and Surfaces B:Biointrfaces, 20, 95-103 (2001). |
| 39.Development of a New Preparation Method of Liposomes Using Superctitical Carbon Dioxide. |
| Katsuhito OHTAKE, Tomohiro IMURA, Hideki SAKAI, Masahiko ABE, Langmuir, 17 (3),3898-3901 |
| (2001). |
| 40.Soｌubilization of Oil-Soluble Meｄicines by Liposome with Deep Sea Water. |
| Chihiro KAISE, Hideki SAKAI, Aritomo YAMAGUCHI, Shoko YOKOYAMA, Teruhisa KANEKO, |
| Masahiko ABE, Journal of Oleo Science, 51 (2), 145-149 (2002). |
| 41.New Apprication of supercritical carbon dioxide to bio-nanomaterial preparation - Establishment |
| of novel liposome preparation method -. |
| K.OTAKE, T.IMURA, M.ABE, Reviews and Topics on Surface Science & Technology Avant-garde, |
| Vol.40, No. 10 pp.368-381 (2002). (in Japanese) |
| 42.Development of Continuous Batch System for Mass Production of Liposomes. |
| Tomohiro IMURA, Toshihiro GOTO, Satoshi YODA, Katsuhito OTAKE, Hitoshi TAKEBAYASI, |
| Masahiko YOKOSUKA, Hideki SAKAI, Masahiko ABE, Material Technology, 21, 30-35 (2003). |
| 43.Preparation and Physicochemical Properties of Various Soybean Lecithin Liposomes Using |
| Supercritical Reverse Phase Evaporation Method. |
| Tomohiro IMURA, Katsuto OTAKE, Satoru HASHIMOTO, Toshihiro GOTOH, Makoto YUASA, Shoko |
| YOKOYAMA, Hideki SAKAI, James F. RATHMAN, Masahiko ABE, Colloids and Surfaces |
| B:Biointerfaces, 27 (23), 133-140 (2003). |
| 44.Control of Physicochemical Properties of Liposomes Using a Supercritical Reverse Phase |
| Evaporation Method. |
| Tomohiro IMURA, Toshihiro GOTO, Katsuto OTAKE, Satoshi YODA, Yoshihiro TAKEBAYASI, |
| Shoko YOKOYAMA, Hitoshi TAKEBAYASHI, Hideki SAKAI, Makoto YUASA, Masahiko ABE, |
| langmuir, 19 (6), 2021-2025 (2003). |
| 45.Effects of Poly(ethylene glycol)(PEG)Chain Length of PEG-Lipid on the Permeability of |
| Liposomal Bilayer Membranes. |
| Kaname HASHIZAKI, Hiroyuki TAGUCHI, Chika ITOH, Hideki SAKAI, Masahiko ABE, |
| Chemical and Pharmaceutica l Bulletin, 51 (7), 815-820 (2003). |
| ⅩⅡ. Fine Particle Preparations. |
| 1.Preparation of Ultrafine Titanium Dioxide Particles Using Hydrolysis and Condensation Reactions |
| in the Inner Aqueous Phase of Reversed Micelles: Effect of Alcohol Addition. |
| Hideki SAKAI, Hajime KAWAHARA, Masuo SHIMAZAKI, Masahiko ABE, Langmuir, 14 (8), 2208-2212 |
| (1998). |
| 2.Effect of Surface Properties of Titanium Dioxide Particles on the Photocatalytic Oxidation of |
| Phenol. |
| A.NAGASAKI, H.SAKAI, M.SHIMAZAKI, T.KAKIHARA, T.KOHNO. N.MOMOZAWA, M.ABE, |
| Journal of the Japan Society of Colour Material, Vol.72, No.11, pp.665-673 (1999). (in Japanese) |
| 3.The Effect of Film Thickness and Deposited Particle Size on the Photoelectrochemical Properties |
| of TiO2 Particulate Films. |
| M.SHIMAZAKI, H.KAWAHARA, T.KOHNO, N.MOMOZAWA, H.SAKAI, M.ABE, |
| The Japan Society of Colour Material, 72 (12), 726-732 (1999). (in Japanese) |
| 4.Photocatalytic Activity of TiO2 Particulate Films Prepared by Depositing TiO2 Particles with |
| Various Sizes. |
| Eiichi KOZAWA, Hideki SAKAI, Teruyoshi HIRANO, Tohru KOHNO, Toshiyuki KAKIHARA, |
| Nobuyuki MOMOZAWA, Masahiko ABE, Journal of Microen capsulation, 18 (1), 29-40 (2001). |
| ⅩⅢ. Non Aqueous System. |
| 1. Thermal Decomposition and Thermal Oxidation of Nonionic Surfactant. |
| K. OGINO, M. ABE, S. NOMURA, Nippon Kagaku Kaishi, 1979 (1), 106-110 (1979). (in Japanese) |
| 2. Thermal Behavior of Anionic Surfactants. |
| K. OGINO, M. ABE, H. DOBASHI, Nippon Kagaku Kaishi, 1979 (10), 1355-1358 (in Japanese) |
| ⅩⅣ. Application of Wetting. |
| 1. Study on Wetting. I. -The Contact Angle of an Oil Droplet on Aqueous Solution of |
| Nonionic Surfactant- . |
| K. OGINO, M. ABE, H. SAKATA, J. Jpn. Colour Material, 57 (2), 56-61 (1984). (in Japanese) |
| 2. Effect of the Wettability of Polymer Filters on Oil Droplet Formation. |
| K. OGINO, H. OHKI, M. ABE, Chemistry Letters, 1987 (11), 2143-2146 (1987). |
| 3. The Effect of the Wettability of the Injection Nozzle on the Size of Oil Drops in Water. |
| K. OGINO, H. OHKI, M. ABE, J. HIRANO, T. FUNADA, Bull. Chem. Soc. Jpn., |
| 61 (8), 2937-2942 (1988). |
| 4. Spontaneous Breaking of Microemulsions by Surface-Modified Ion Exchange Resins. |
| M. ABE, H. OHKI, K. KUWABARA, W. AGUI, K. OGINO, J. Colloid Interface Sci., |
| 135 (2), 598-600 (1990). |
| 5. Flotation Separation of Microemulsion with Surface-improved Ion Exchange Resins. |
| M. ABE, H. OHKI, K. KUWABARA, W. AGUI, K. OGINO, Jpn. Res. Inst. Material Tech., |
| 9 (4), 127-134 (1991). (in Japanese) |
| *6. Application of Wetting I (Preparation of Ultra Fine Particles) |
| M. ABE, Boundary, 9 (2), 42-45 (1993). (in Japanese) |
| *7. Application of Wetting II (Destruction of Ultra Fine Particles). |
| M. ABE, Boundary, 9 (9), 10-13 (1993). (in Japanese) |
| ⅩⅤ. Surface Improvement. |
| 1. Surface Characteristics of Polystylene fluoroalkylated with Perfluoroalkanoyl Peroxides. |
| K. OGINO, M. ABE, K. MORIKAWA, H. SAWADA, M. NAKAYAMA, J. Jpn. Oil Chem. Soc., |
| 40 (12), 1115-1119 (1991). (in Japanese) |
| 2. Surface Characteristics of Polystyrene Fluoroalkylated with Perfluoroalkanoyl Peroxides (2). |
| K. OGINO, M. ABE, K. MORIKAWA, H. SAWADA, T. MATSUMOTO, H. SHIMADA, |
| N. MATSUBAYASHI, A. NISHIJIMA, J. Jpn. Colour Material , 65 (8), 475-483 (1992). (in Japanese) |
| 3. Surface Characteristics of Polystyrene Fluoroalkylated with Perfluoroalkanoyl Peroxides (3). |
| K. MORIKAWA, M. ABE, K. OGINO, H. SAWADA, T. MATSUMOTO, H. SHIMADA, |
| N. MATSUBAYASHI, A. NISHIJIMA, J. Jpn. Colour Material, 65 (10), 612-619 (1992) (in Japanese) |
| 4. Surface Modification Method of Magnetite Particles by Use of Silane Coupling Agents |
| Having Fluorocarbon Chain. |
| N. YOSHINO, E. YAMAGUCHI, Y. YAMAMOTO, T. ITAGAKI, T. MATSUMOTO, H. SAWADA, |
| Y. KONDO, M. ABE, Nippon Kagaku Kaishi, (8), 995-997 (1993). (in Japanese) |
| 5. Surface Improvement of Polymers. |
| M. ABE, Boundary, 9 (1), 10-13 (1993). |
| 6. Preparation of Fluoro-Oil Based Magnetic Fluid by Use of Silane Coupling Agents |
| Having Fluorocarbon Chain. |
| N. YOSHINO, H. SASAKI, T. SETO, Y. KONDO, M. ABE, Material Technology, 12 (2/3), 47-50 |
| (1994). |
| *7. Preparation of Water- and Oil-Repellent Polystyrene Film. |
| M. ABE, H. SAWADA, Surface Science, 16 (11), 710-714 (1995). |
| 8. Surface Modification of Glass by Use of Silane Coupling Agents Containing |
| Fluorocarbon Chasin. -Modification by Mixed Silane Solution and Effect of Solvent Used-. |
| N. YOSHINO, K. SAKAMA, A. NAKASEKO, Y. KONDO, M. ABE, H. OGIWARA, S. OKADA, |
| T. IWAMOTO, T. TERANAKA, Material Technology, 13 (10), 304-308 (1995). |
| 9. Synrhesis of Triethoxy-type Silane Coupling Agents Containing Fluorocarbon Chain |
| and Surface Modification of Glass. |
| N. YOSHINO, T. UDAGAWA, Y. KONDO, M. ABE, T. TERANAKA, J. Jpn. Oil Chem. Soc., |
| 46 (4), 405-411 (1997). |
| ⅩⅥ. Interfacial Gelling Reaction. |
| 1. Creation of Spherical Capsule Containing Water by a Non-aqueous Gel Reagent. |
| M. ABE, K. KUWABARA, K. OGINO, Material Technology, 9 (2), 54-61 (1992). (in Jpanese) |
| 2. Relation between Gelation Formation of a Non-aqueous Gel Regent and Solubility |
| Parameters of Organic Solvents. |
| M. ABE, K. KUWABARA, K. OGINO, Material Technology, 10 (2), 48-57 (1992). (in Japanese) |
| 3. Silica Porous Particle with a Cavity Prepared at the Oil/Water Interface. |
| M. ABE, S. HAKOTA, T. INADA, H. SAKAI, T. KAKIHARA, K. NISHIYAMA, J. Jpn. Colour Material, |
| 68 (9), 542-550 (1995). (in Japanese) |
| 4. Preparation of Porous Inorganic Oxides Capsules Utilizing the Interfacial Gelling |
| Reaction. II -Porous Alumina Hollow Capsule- |
| S. HAKOTA, H. SAKAI, T. KAKIHARA, K. NISHIYAMA, M. ABE, J. Jpn. Colour Material, |
| 70 (2), 84-91 (1997). (in Japanese) |
| *5. M. ABE, H. SAKAI, Preparation of Prous Inorganic Oxides Capsules Utilizing the |
| Interfacial Gelling Reaction IN Gel Technology, Edietd by M. ABE, N. MURASE, T. AUZUKI, |
| Science Form, pp. 103-111 (1997). |
| 6. Preparation of Prous Inorganic Oxides Capsules Utilizing the Interfacial Gelling Reaction. |
| III -Porous Titania Hollow Capsule- |
| H. SAKAI, T. KAWA, T. KAKIHARA, K. NISHIYAMA, M. ABE, J. Jpn. Colour Material, |
| 70 (6), 378-385 (1997). |
| 7. Preparation of Porous Metal Oxide Capsules with Interfacial Gelling Reaction Method. |
| Abe, Masahiko; Sakai, Hideki |
| in “Gel Technology”, Chapter 1, pp.103-111, Science Forum Publishing, (1997). |
| 8.Preparation of Porous Inorganic Oxides Hollow Spheres Utilizing Ⅳ-Porous Nb2O5 Hollow |
| Sphere-. |
| T.KAWA, H.SAKAI, T.KAKIHARA, K. NISHIYAMA, M.ABE, Material Technology, |
| 17 (5), 195-200 (1999). |
| 9.Preparation of Porous Inorganic Oxides Hollow Spheress Utilizing the Interfacial Gelling Reaction. |
| V-Influence of Matel Alkoxide on Fomation of Hollow Spheres- . |
| T.KAKIHARA, T.KAWA, H.SAKAI, K.NISHIYAMA, M.ABE, Material Technology, |
| 17 (9), 397-402 (1999). (in Japanese) |
| 10.Preparation of Porous Inorganic Oxides Capsules by Utilizing the Interfacial Gelling Reaction. |
| Ⅵ- Porous Ti-Nb Binary Oxide Capsule-. |
| T.KAKIHARA, T.KOURABA, H.SAKAI, K.NISHIYAMA, M.ABE, Material Technology, |
| 17 (9), 403-409 (1999). (in Japanese) |
| 11. Minicapsules Prepared with Interfacial Gelling Reaction Technique. |
| H.SAKAI, T.OHKUBO, T.KAKIHARA, M.ABE, in " Developument and Application of Micro/ |
| Nano Capsele" Masumi KOISHI,Ed.,CMC Publishing, 149-157 (2003). (in Japanese) |
| ⅩⅦ. Environmental Science. |
| 1. Removal of Humic Substance Dissolved in Water. I. |
| K. OGINO, Y. KANEKO, T. MINOURA, W. AGUI, M. ABE, J. Colloid Interface Sci., |
| 121 (1), 161-169 (1988). |
| 2. Removal of Humic Substance Dissolved in Water. II. -The Effect of the Inorganic |
| Compounds Dissolved in Water on the Adsorption Properties of Humic Substances-. |
| Y. KANEKO, W. AGUI, M. ABE, K. OGINO, J. Jpn. Oil Chem. Soc., 37 (2), 108-112 (1988). |
| (in Japanese) |
| 3. Removal of Humic Substance Dissolved in Water. III. -The Effect of Salting-out on |
| the Adsorption Properties of Humic Substances. |
| Y.. KANEKO, Y. KAWAHARADA, W. AGUI, M. ABE, K. OGINO, J. Jpn. Oil Chem. Soc., |
| 37 (7), 531-534 (1988). (in Japanese) |
| 4. Adsorption Characteristics of Organic Compounds Dissolved in Water on Surface- |
| Improved Activated Carbon Fibers. |
| Y. KANEKO, K. OGINO, M. ABE, Colloids and Surfaces, 37, 211-222 (1989). |
| *5. Removal of Humic Substances Dissolved in Water with Carbonaceous Adsorbents. |
| M. ABE, Y. KANEKO, K. OGINO, W. AGUI, The Science of the Total Environment, |
| 117/118, 551-559 (1992). |
| 6. Removal of Organic Solutes and Metal Ions by Means of a Colloid-Enhanced |
| Ultrafiltration Method. |
| M. ABE, Y. KONDO, Material Technology, 10 (9), 275-279 (1992). (in Japanese) |
| 7. Removal of Humic Substances dissolved in Water with Some Carbonaceous Adsorbents. |
| M. MASUDA, M. ABE, W. AGUI, K. OGINO, Material Technology, 11 (2), 45-51 (1993). |
| (in Japanese) |
| *8. Colloid-Enhanced Ultrafiltration Method. |
| M. ABE, Adsorption News, 7 (2), 5-10 (1993). (in Japanese) |
| *9. Removal of Harmful Organic Compounds in the Source Water of Tap Water. |
| M. ABE, Chemical Industries, 45 (1), 30-35 (1994). (in Japanese) |
| 10. Separation of Phenol in a Waste Water by Emulsion-type Liquid Membrane. |
| A. NUKITA, Y. KONDO, N. YOSHINO, M. ABE, Material Technology, 13 (3), 79-83 (1995). |
| (in Japanese) |
| 11. Adsorption Characteristics of the Activated Carbons Surface-Improved by the |
| Organic Reactions. |
| T. INADA, K. OGINO, H. SAKAI, K. NISHIYAMA, T. WATANABE, M. ABE, |
| J. Jpn. Oil Chem. Soc., 44 (9), 658-665 (1995). |
| *12. Adsorption Removal of Organic Compounds and Its Related Substances by |
| Carbonaceous Materials. |
| M. ABE, Progress of Carbonaceous Science IX, CPC Kenkyukai, pp.78-86 (1997). |
| 13.Filtering Organic Solutes from Water. |
| Masahiko ABE, Yukishige KONDO, CHEMTECH., 29 (3), 33-42 (1999). |
| 14.Organic Compounds Removal by Vesicle-Enhanced Ultrafiltration. |
| Masahiko ABE, Yukishige KONDO, Eds. By J.F SCAMEHORN J.H.HARWELL ACS Symposium |
| Series 740,“Surfactant Based Separations:Recenｔ Asvances”ACA, Washington DC., Chapter13, |
| 201-227 (1999). |
| ⅩⅧ. Ultra Pure Water. |
| 1. Elucidation of Solution Properties and of Membrane Separation Mechanism of Organic |
| Pollutants in Water. |
| K. OGINO, M. ABE, Report for Grants in Aid for Scientific Research , Ministry of |
| Education, Japan (1987). (in Japanese) |
| 2. Behavior of Bacteria and Pyrogen in Pure Water. |
| W. AGUI, Y. KURACHI, M. ABE, K. OGINO, J. Antibacteria and Antifungal Agents, |
| 61 (7), 313-322 (1988). |
| 3. Leachables from Strong Acid Cation Exchange Resin. |
| W. AGUI, M. TAKEUCHI, M. ABE, K. OGINO, J. Jpn. Oil Chem. Soc. 37 (12), 1114-1121 (1988). |
| 4. Removal of Endotoxin in Water with Carbonaceous Adsorbent. |
| W. AGUI, Y. KURACHI, M. ABE, K. OGINO, J. Antibacteria and Antifungal Agents, |
| 17 (3), 101-110 (1989). |
| 5. Removal of Leachables from Strong Acid Cation Exchange Resins. |
| W. AGUI, M. TAKEUCHI, M. ABE, K. OGINO, J. Jpn Oil Chem. Soc., 38 (5), 405-414 (1989). |
| 6. Removal of Humic Substance Dissolved in Water IV. -Removal of the Humic |
| Substance Fractions Dissolved in Water with Synthetic Carbonaceous Adsorbents- |
| W. Agui, M. ABE, K. Ogino, J. Jpn. Oil Chem. Soc., 38 (11), 929-937 (1989). |
| 7. Fundamental Study on the Production of Ultrapure Water VI. -Leachables from Strong |
| Base Anion Exchange Resins. |
| W. AGUI, M. TAKEUCHI, M. ABE, K. OGINO, J. Jpn. Oil Chem. Soc., 39 (5), 307-313 (1990). |
| 8. Fundamental Study on the Production of Ultrapure Water VII. -Removal of |
| Leachables from Strong Base Anion Exchange Resins. |
| W.. Agui, M. Takeuchi, M. ABE, K. Ogino, J. Jpn. Oil Chem. Soc., 39 (6), 385-392 (1990). |
| 9. Fundamental Study on the Production of Ultrapure Water VIII.-Removal of |
| Leachables from Mixed-Bed Ion Exchange Resins. W.. AGUI, M. TAKEUCHI, M. ABE, |
| K. OGINO, Bull. Chem. Soc. Jpn., 63 (10), 2872-2876 (1990). |
| *10. Effects of Anionic Polyelectrolytes in Water on Kinetics of Ion Exchange Resins. |
| W. AGUI, M. KONDO, M. ABE, K. OGINO, New Developments in Ion Exchange |
| (Proceedings of International Conference on Ion Exchange, ICIE '91, Tokyo, Japan) , |
| pp. 95-98, Kodansha Ltd. and Elsevier, (1991). |
| *11. Removal of Humic Substances Dissolved in Water with Reverse Osmosis Membrane. |
| W. AGUI, S. TAMURA, M. ABE, K. OGINO, The Science of the Total Environment, |
| 117/118, 543-550 (1992).A1228 |
| 12. Effect of Humic Substances on Kinetics of Ion Exchange Rate. |
| W. AGUI, M. KONDO, M. ABE, K. OGINO, J. Ion Exchange, 3 (2), 61-68 (1992). |
| 13. Removal of Humic Substances dissolved in Water with Carbonaceous Adsorbents. |
| M. MASUDA, M. ABE, K. OGINO, W. AGUI, Jpn. Res. Inst. Material Tech., 11 (2), 45-51 (1993). |
| 14. Removal of Pyrogen from Water by a Reverse Osmosis Membrane. |
| W. AGUI, C. KAMATA, M. ABE, K. OGINO, J. Antibact. Antifung. Agents, 20 (12), 623-628 (1992). |
| 15. Removal of Colloidal Silica from Water with Anion Exchange Resins. |
| W. AGUI, H. SHIMOYAMADA, M. ABE, K. OGINO, J. Ion Exchange, 4 (3), 176-183 (1994). |
| 16. Gram-negative Bacteria Viable in Ultrapure Water: Identification of Bacteria Isolated |
| from Ultrapure Water and Effect of Temperature on Their Behavior. |
| N. MATSUDA, W. AGUI, T. TOUGOU, H. SAKAI, K. OGINO, M. ABE, Colloids |
| Colloids and Surfaces B: Biointerfaces, 5 (6), 279-289 (1996). |
| 17. Disinfection of Pseudomonas Stutaeri Viable in Ultrapure Water with Ion Exchange Resins. |
| N. MATSUDA, W. AGUI, K. OGINO, N. KAWASHIMA, H. SAKAI, M. ABE, |
| Colloids and Surfaces B: Biointerfaces, 7, 91-100 (1996). |
| ⅩⅨ. Coal Dispersion Fuels. |
| 1.Preparation of Low Ash COM (Coal Oil Mixture). -Study on Coal Oil Mixture (I) -. |
| K. SAITO, T. KAWASHINA, K. MEGURO, H. HONDA, A. KITAHARA, K. OGINO, M. ABE, |
| J. Fuel Soc. Jpn., 61 (657), 27-33 (1982) . ( in Japanese) |
| 2. Effect of the Size Composition and Kinds of Coal on the Preparation of Low Ash |
| COM. -Study on Coal Oil Mixture (II)-. |
| K. OGINO, M. ABE, N. AKAHORI, A. KITAHARA, T. KAWASHINA, K. |
| Colloids J. Fuel Soc. Jpn., 61 (662), 411-420 (1982). (in Japanese) |
| 3. Low Ash Coal Oil Mixtures. |
| K. SAITO, N. KAWASHINA, K. MEGURO, H. HONDA, A. KITAHARA, K. OGINO, M. ABE, |
| Energy Developments in Japan, 6, 119-134 (1983). |
| *4. Coal Dispersion Fuel. |
| M. ABE, K. OGINO, Solids Handling and Processing Industry, 16 (8), 25-34 (1984). (in Japanese) |
| 5. Surface Chemistry of Methanol Extracts from Some Coals. -Study on Methanol Coal Mixture (I)- |
| K. OGINO, M. ABE, A. SHIMIZU, A. KITAHARA, K. MEGURO, H. HONDA, J. Fuel Soc. Jpn., |
| 64 (2), 115-124 (1985). (in Japanese) |
| 6. Study on Wettability of Coal. -Study on Methanol Coal Mixture (II)-. |
| K. OGINO, S. KAWANO, M. ABE, H. HONDA, J. Fuel Soc. Jpn., 65 (5), 341-347 (1986). |
| ( in Japanese) |
| 7. Relationship between Swelling Ratio and Liquefaction Yield of Coals. |
| K. OGINO, M. ABE, S. KAWANO, K. SHIMIZU, H. HONDA, J. Fuel Soc. Jpn., 66 (9), 778-784, |
| (1987). (in Japanese) |
| 8. Swelling of Coals by Various Solvents. |
| S. KAWANO, M. ABE, K. SHIMIZU, K. OGINO, H. HONDA, Nippon Kagaku Kaishi, |
| 1987, 2301-2307 (1987). (in Japanese) |
| 9. Fundamental Study of Pretreatment for Liquefaction of Coals. |
| K. OGINO, M. ABE, Report for Grants in Aid for Scientific ic Research, Ministry of Education., |
| 16,317-322, Japan (1987). (in Japanese) |
| ⅩⅩ. Lublication. |
| 1.Graphite Solid-State Lubricant Generating Low Coefficient of Friction at High Temperatures. |
| K. NISHIYAMA, K. TAGUCHI, T. OHDAIRA, M. ABE, K. TASHIRO, T. SUZUKI, |
| Powder and Powder Metalogy, 41 (5), 613-616 (1994). (in Japanese) |
| 2.Development of Drawing Tool. |
| M. ABE, Y. NOMIYAMA, K. MATSUKAWA, Y. ISHIJIMA, T. KASHIMURA, K. NISHIYAMA, |
| Material Technology, 12 (5), 161-165 (1994). |
| 3. Evaluation of Drawing Characteristic by a Drawing Tool. |
| M. ABE, Y. NOMIYAMA, K. MATSUKAWA, Y. ISHIJIMA, T. KASHIMURA, K. NISHIYAMA, |
| Material Technology, 12 (6), 200-203 (1994). |
| *4. Lubrication Effects and Mechanism of Metal Film Forming. |
| K. NISHIYAMA, M. ABE, Material Technology, 13(1), 7-10 (1995). |
| ⅩⅩⅠ. Composite Materils. |
| 1.Room-Temperature Strength of Thermally Shocked TiB2, B4C, and B4C-50Wt% TiB2 |
| Composite. |
| Katsuhiro NISHIYAMA, Ina MITRA, Nobuyuki MOMOZAWA, Takeru WATANABE, Masahiko ABE, |
| Rainer TELLE, Material Technology, 15 (8), 292-295 (1997). |
| 2.Amination of Activated Carbon and Adsorption Characteristics of lts Aminated Surface. |
| Masahiko ABE, Keiko KAWASHIMA, Hideki SAKAI, Katsumi KANEKO, Langmuir, 16 (11), |
| 5059-5063 (2000). |
| 3.Preparation of Polymers by Admiceller Polymerization Method and Their Carbonization. |
| Masahiro OCHIAI, Hideki SAKAI, Aritomo YAMAGUCHI, Takashi YAMASHITA, Noboru |
| SUZUKI, Sadahito AOSHIMA, Masahiko ABE, Journal of Oleo Science, 1 (9), 683-692 (2001). |
| ⅩⅩⅡ. Magnetic Properties. |
| 1. Magnetic Properties of Ba2(Zn1-xMgx)2Fe12O22. I. -Single Crystal Growth- |
| N. MOMOZAWA, Y. TAGUCHI, H. SAKAI, M. ABE, K. NISHIYAMA, Material Technology, |
| 14 (1), 16-19 (1996). |
| 2. Magnetic Properties of Ba2(Zn1-xMgx)2Fe12O22. II. -Characterization of Single Crystals- |
| N. MOMOZAWA, Y. TAGUCHI, H. SAKAI, M. ABE, K. NISHIYAMA, Material Technology, |
| 14 (2), 42-46 (1996). |
| 3. Neutron Diffraction study of Pb-Substituted Hexagonal Ferrite (Ba0.2Pb0.8)2Zn2Fe12O22. |
| N. MOMOZAWA, Y. TAGUCHI, Y. NAGAO, K. NISHIYAMA, M. ABE, H. SAKAI, M. MATSUMOTO, |
| Y. YAMAGUCHI, Material Technology, 15 (1), 20-24 (1997). |
| 4. Magnetic Properties of Ba2(Zn1-xMgx)2Fe12O22. III. -Magnetic Phase Diagram- |
| N. MOMOZAWA, Y. TAGUCHI, Y. NAGAO,K. NISHIYAMA, M. ABE, H. SAKAI, M. MATSUMOTO, |
| Y. YAMAGUCHI, Material Technology, 15 (2), 53-58 (1996). |
| 5. Magnetic Properties of Ba2(Zn1-xMgx)2Fe12O22. IV. -Magnetic Structure- |
| Y. TAGUCHI, Y. NAGAO, H. SAKAI, M. ABE, K. NISHIYAMA, M. MATSUMOTO, N. MOMOZAWA, |
| Material Technology, 15 (5), 172-176 (1997). |
| 6.Neutron Diffraction Study of Ba3Zn2Fe24O41. |
| S. UTSUMI, M. ORITA, K. NISHIYAMA, M. ABE, N. MOMOZAWA, Material Technolgy,18(1), 21-27 |
| (2000). |
| 7.Cant Magnetic Structure of (Ba1-xSrx)3Zn2Fe24O41(X＝0.641). |
| S.UTSUMI, M.ORITA, D.YOSHIBA, K.OZAWA, K.NISHIYAMA |
| M.ABE, N.MOMOZAWA, Material Technology,19 (4), 135-145 (2001). (in Japanese) |
| 8.Cationic Distribution and Helimagnetic Structure of Ba2(Zn1-x Mgx)2Fe12O22 System as revealed |
| by Magnetization Measurements and Neutron Diffraction. |
| Nobuyuki MOMOZAWA, Yukinobu NAGAO, Shigenori UTSUMI, Masahiko ABE, Yasuo YAMAGUCHI, |
| Journal of Physical Society of Japan., 2724-2732 (2001). |
| 9.Cant Magnetic Structure of Hexagonal Ferrite(Ba1-XSrx)3Zn2Fe24O41(x＝0.641). |
| S. UTUMI, M. ORITA, K. NISHIYAMA, M. ABE, N. MOMOZAWA, MaterialTechnology in press., |
| (2003). |
| 10.Magnetic Properties of |
| (Ba1-xSrx)2Zn2Fe12O22 as Revealed by Magnetization Measurements and Neutron Diffraction. |
| S.UTSUMI, D.YOSHIDA, H.SUGIHARA, H.NAKANISHI, M.ABE, N.MOMOZAWA, Material Technology, |
| 21 (4), 145-150 (2003). |
| ⅩⅩⅢ.Others. |
| Detergency. |
| 1. Redeposition of Carbon Black onto Hydrophilic anqd/or Hydrophobic Fibers. |
| K. OGINO, T. MIYAZAKI, M. ABE, J. Jpn. Soc. Colour Material, 60 (3), 153-159 (1987). (in Japanese) |
| (in Japanese) |
| 2. Effects of -Potential and Particle Size of Zeolite on Antiredeposition of Carbon Black. |
| T. MIYAZAKI, M. ABE, K. OGINO, J. Jpn. Soc. Colour Material, 61, 2-6 (1988). (in Japanese) |
| Catalysis. |
| 3. Evaluation of Catalytic Functions of Nolybdenum Catalyst Using Model Test Reactions. |
| T. SATO, Y. YOSHIMURA, H. SHIMADA, N. MATSUBAYASHI, A. NISHIJIMA, |
| N. KATSURA, M. ABE, K. OGINO, J. Fuel Soc. Jpn., 69, 200-206 (1990). (in Japanese) |
| 4. Structual Changes of Sulfied Nickel-Tungsten Catalysts during Oxidative |
| Regeneration. |
| N. MATSUBAYASHI, M. TAMAYAMA, H. SHIMADA, T. SATO, Y. YOSHIMURA, |
| Y. MORI, Y. KAWAMATA, M. ABE, K. OGINO, A. NISHIJIMA, Sekiyu Gakkaishi, |
| 37 (6), 594-602 (1994). (in Japanese) |
| ⅩⅩⅣ. Others. |
| 1.Synthesis of triethoxy-type silane coupling agents containing fluorocarbon chain and surface |
| modification of glass. |
| Yoshino, Norio; Udagawa, Takuto; Kondo, Yukishige; Abe, Masahiko; Teranaka, Toshio. |
| Nihon Yukagakkaishi, 46 (4), 405-411 (1997). (in Japanese) |
| 2.Development of Mist Cooling Elements for Heat Exchanger by Functionally Graded Processing. |
| M. SHIMAZAKI, H. TAKAHASHI, N. MOMOZAWA, K. NISHIYAMA, M. ABE, Material Technology, |
| 16 (10), 387-394 ,(1998). |
| 3.Effect of Unsteady Agitation of Imellers on Mass Transfer from Bubbles in an Unbaffled Aerated |
| Agitation Vessel. |
| Masanori YOSHIDA, Kazuaki YAMAGIWA, Akira OHKAWA, Masuo SHIMAZAKI, Masahiko ABE, |
| Material Technology, 16 (7), 305-315 (1998). |
| 4.Torqre of Drive Shaft with Unsteadily Rotating lmpellers in an Unbaffled Aerated Agitation Vessel. |
| Masanori YOSHIDA, Kazuaki YAMAGIWA, Akira OHKAWA, Kenji TAKAHASHI, Masuo SHIMAZAKI, |
| Masahiko ABE, Material Technology, 17 (1),19-31 (1999). |
| 5.Development of a novel cooling tower by using dry water mist as the cooling medium. |
| M.SHIMAZAKI, S.TEZURA, K.ITO, H.TAKAHASHI, H.SAKAI, K.NISHIYAMA, M.ABE, |
| Material Techology,17 (10), 460-467 (1999). (in Japanese) |
| 6.A comparative Study of Mass Transfer Characteristics among Unsteady Bulk Flow Type Gas |
| Liquid Contactors. |
| Masanori YOSHIDA, Kazuaki YAMAGIWA, Akira OHKAWA, Masuo SHIMAZAKI, Masahiko ABE, |
| material Technology, 17 (10), 468-475 (1999). |
| 7.Performance of Unbaffled Agrated Agitation Vessels Having Unsteadily Forward-Reverse Rotating |
| Impellers: Gas Hold-Up and Volumetric Mass Transfer Coefficient. |
| Masanori YOSHIDA, Akira ITO, Kazuaki YAMAGIWA, Akira OHKAWA, Masahiko ABE, Shuichi |
| TEZURA, Masuo SHIMAZAKI, Proceedings of the Seventh Asian Conference on Fluidized-Bed and |
| Three-Phase Recters, November 28-30.2000., Hamanako,Shizuoka,Japan,pp.737-442 (2000). |
| 8.Adhesion Characteristics of Carbon Fibers Surface-modified with Amino Group. |
| K.KAWASHIMA, H.TAKAHASHI, M.SHIMAZAKI, T.KOHNO, H.SAKAI, K.NISHIYAMA, |
| M.ABE, The Carbon Society of Japan, 195, 336-340 (2000). (in Japanese) |
| 9.Time-Resolved XAFS Studies for Dynamic Structural Change. |
| A.YAMAGUCHI, M.ABE, M.YUASA, Y.IWASAWA, Reviews and Topics on Surface Science & |
| Technology Avant-garde, 39 (6), 219-225 (2001). (in Japanese) |
| 10.Hydrophobic Treatment of Potassium Titanate Whisker by a Surface Modification System Using |
| Spiral Flow. |
| S.NABESHIMA, M.YOKOSUKA, K.TAKEBAYASHI, K.HORII, A.YAMAGUCHI, H.SAKAI, M.ABE, The |
| Japan Society of Colour Material, 75 (3), 95-99 (2002). |
| 11.Observation of Spin Transition in an Octahedrally Coordinated Manganese (Ⅱ）Compound. |
| Shin-ichi OHKOSHI, Hiroko TOKORO, Masayoshi UTSUNOMIYA, Mikihisa MIZUNO, |
| Masahiko ABE, Kazuhito HASHIMOTO, The Journal of Physical Chemistry B, 1-6, (10), 2423-2425 |
| (2002). |
| 12.Dispersion and Coating Film Characteristics of Graphite Particles Adsorbed with Polymers. |
| H.KUROKAWA, S.KAWANO, M.SHIRAHIGE, H.CHIYODA, H.SAKAI, M.ABE, |
| Material Technology, 20 (4), 165-172 (2002). (in Japanese) |
| 13.Dispersion Polymerization of Vinyl Monomers in Supercritical Carbon Dioxide. |
| M.KOBAYASHI, K.MIZUGUCHI, H.SAKAI, M.ABE, K.OTAKE, The Japan Society of Colour Material, |
| 75 (8), 371-377 (2002). (in Japanese) |
| 14.Formation of Triangular Polymer Domains in Surfactant Films Adsorbed on Solid Substrate. |
| Hidemoto NAKAMURA, Hideki SAKAI, Sadahito AOSHIMA, Masahiko ABE, Journal of Oleo Science, |
| 51 (12), 781-787 (2002). |
| 15.Development and Applicability of a New Medialess Disperser. |
| M.ENOMURA, K.ARAI, M.YOKOSUKA, K.TAKEBAYASHI, M.YUASA, M.ABE, |
| Journal of the Japan Society of Colour Material, Vol. 75, No.12 pp586-591 (2002). (in Japanese) |
| 16.Characterisitics of achange in molecular weight of DE-310 which is polymeric drug with storage |
| time. |
| M.TAKEUCHI, M.ASAI, T.TOMITSUKA, H.SAKAI, M.ABE, Material Technology, 20 (57), 242-247 , |
| (2002). (in Japanese) |
| 17.Preparation and Photocatalytic Activity of Tiania Particulate Film with Silica as Binder. |
| H.SHIBATA, H.SAKAI, P.RANGSUNVIGIT, T.HIRANO, M.ABE, Surface Coatings International |
| B:Coatings Transactions, 86,B2, 125-130 (2003). |
| 18.The observation of two compensation temperatures in a cobalt-manganese hexacyanochromate. |
| Shin-ichi OHKOSHI, Toshiya HOZUMI, Masayoshi UTSUNOMIYA, Masahiko ABE, Kazuhito |
| HASHIMOTO, Physica B, 329-333, 691-692 (2003). |
| 19.Addition effects of excipients on change in molecular weight of a novel polymeric |
| drug (DE-310) during lyophilization. |
| M.TAKEUCHI, M.ASAI, T.TOMITSUKA, H.SAKAI, M.ABE, Material Technology, 21 (4), 184-193 , |
| (2003). (in Japanese) |
| PATENTS |
| 1. Title of the Invention: Carbonaceous adsorbent for removal of pyrogen and method of |
| producing pure water using same Brazil (PI 8801524), Denmark (1814/88), Israel |
| (85835), Korea (3628/1988), Mexico (10935), Australia, New Zealand (224096), Thai |
| (006727), Taiwan (77102324), Finland (88 1383), Canada (562927), U. S. A. |
| (167239), EPC (CH, DE, FR, GB, IT, LI, NL; 88302589.2). |
| 2. Title of the Invention: Carbonaceous adsorbent for removal of pyrogen Japan Patent. |
| 3. Title of the Invention: Breaking Method for Microemulsion. |