J.Jpn.Oil Chem.Soc. Vol.49, No.10 (2000) | ||
CONTENTS | ||
PREFACE | ||
Special Issue "Science of surfactants and its related fields" | ||
M. ABE, T. OKAMOTO, H. KIGAWA, M. SAITO, T. SEKI, K. TAGA, K. BOKI and K. MAKINO | ||
p.1019 | ||
REVIEWS | ||
Section 1 Syntheses and Properties of Surfactants | ||
Novel Fluorinated Oligo-Surfactants Imparted by the Aggregation of Fluoroalkyl Segments | ||
H. SAWADA and T. KAWASE | ||
p.1021 | ||
Sugar-based Surfactants | ||
K. FUKADA | ||
p.1035 | ||
Novel Optical Functions of Compounds Derived from Cholesterol | ||
N. TAMAOKI | ||
p.1041 | ||
Molecular Design and Properties of Chemically Cleavable Surfactants | ||
T. TAKEDA | ||
p.1051 | ||
Stimuli-Responsive Polymer Surfactants : Self-Assembly of Amphiphilic Block Copolymers | ||
S. AOSHIMA and S. SUGIHARA | ||
p.1061 | ||
Pluronic Surfactants | ||
Y. SAITO | ||
p.1071 | ||
Fluorinated Surface-modifiers | ||
N. YOSHINO and Y. KONDO | ||
p.1081 | ||
Section 2 Structure and Properties of Functional Colloidal Assemblies/b> | ||
Morphological Changes and Relaxations in Monolayers | ||
T. KATO | ||
p.1089 | ||
Photoreactions in Langmuir-Blodgett Films | ||
M. MATSUMOTO | ||
p.1099 | ||
Supramolecular Structure of Functionality Vesicles : Niosome Formation of Nonionic Amphiphiles and Physico-Chemical Properties in Aqueous Dispersion | ||
T. HORIUCHI and K. TAJIMA | ||
p.1107 | ||
Correlation of HLB with Self-Organized Structure | ||
H. KUNIEDA and K. ARAMAKI | ||
p.1123 | ||
Interaction of Liposomes with Detergents | ||
M. UENO and H. KASHIWAGI | ||
p.1131 | ||
Lipid Microspheres (Lipid Emulsions) | ||
F. ISHII | ||
p.1141 | ||
Amphiphilic Dendrimer | ||
T. IMAE | ||
p.1149 | ||
Biological Emulsions | ||
H. SAITO | ||
p.1157 | ||
Section 3 Useful Techniques for Future Study | ||
Introduction to Small-angle X-ray and Neutron Scattering : Analysis of Nanostructure of Polymer Micelles | ||
H. MATSUOKA | ||
p.1163 | ||
NMR | ||
T. KATO | ||
p.1173 | ||
Scanning Probe Microscopy | ||
M. FUJII | ||
p.1181 | ||
Surface Force Measurement and Characterization of Functionalized Molecular Assemblies | ||
K. KURIHARA and Y. NAKAI | ||
p.1191 | ||
Section 4 New Aspects of Surfactants | ||
Development of a Micelle Disruption Method | ||
T. SAJI | ||
p.1203 | ||
Structural Control of Conducting Polymers Using Surfactant Micelles | ||
K. NAOI, S. SUEMATSU and A. SHIMADA | ||
p.1209 | ||
Photoinduced Electrochemical Properties of Organized Assembly of Amphiphilic Redox Polymers by Langmuir-Blodgett Technique | ||
A. AOKI and T. MIYASHITA | ||
p.1217 | ||
Two-Dimensional Highly Ordered Molecular Layers Prepared by Adsorption-Induced Self-Organization | ||
M. KUNITAKE | ||
p.1225 | ||
Molecular Sensors | ||
Y. UMEZAWA | ||
p.1233 | ||
Optical Control of Magnetic Properties by Use of Self-Assembled Films | ||
Y. EINAGA, O. SATO, A. FUJISHIMA and K. HASHIMOTO | ||
p.1245 | ||
New Method for the Preparation of Ceramic Thin Films Using Surfactant Templates | ||
N. SAITO and K. KOUMOTO | ||
p.1253 | ||
Formation of High-Axial-Ratio Microstructures from Sugar-,Peptide-, and Nucleobase-based Bolaamphiphiles | ||
T. SHIMIZU | ||
p.1261 | ||
Synthesis of Dendrimer-Metal Nanocomposites and Physicochemical Properties | ||
K. TORIGOE and K. ESUMI | ||
p.1271 | ||
Electrochemical Control of Solubilization by Redox-Active Surfactants | ||
H. SAKAI and M. ABE | ||
p.1279 | ||
INFORMATION | ||
p.1289 |