POLYMERS　Vol.68　No.12
>> Japanese
COVER STORY
Simultaneous Topography and Other Properties Mapping with Scanning Probe Microscopy
Reduced size of materials may provide unique properties, which can’t be observed in the bulk materials, such as intrinsic properties of materials on the molecular level. In order to understand such nanostructures and the behaviors and/or reactions in (or around) nanostructures, Direct Observation with high resolution is a key technique. Scanning probe microscopy is a well-established technique to image surfaces and to probe material properties with atomic resolution under any conditions. In this special feature, we introduce simultaneous investigations of surface topography and other properties using scanning probe microscopy.
Editors: UEMURA, AOKI, SHIKINAKA, and NAGANO

Digest for English Readers
638

Hot Topics in Polymer Science in SPSJ
641

Commentary
Encounter with Awareness Ken NAKAJIMA
642

COVER STORY: Highlight Reviews
Visualization of Subsurface Nanostructures by Atomic Force Microscopy Kei KOBAYASHI
643
Distributions of Three-Dimensional Structures and Properties in Polymer Membranes Affecting Performances of Fuel Cells Junji INUKAI
646

PolyMANGA
649

COVER STORY: Topics and Products
Mechanical Properties of Graphene Nanoribbon Studied by Atomic Force Microscopy Shigeki KAWAI
650
Electrical Property of Donor/Acceptor Polymer Blend Films Studied by Conductive Atomic Force Microscopy Hiroaki BENTEN
652
Vibrational Spectroscopy and Imaging in the Nanoscale Norihiko HAYAZAWA
654
AFM Mechanical Measurement of Cells in Multicellular System Yuki FUJII, Takaharu OKAJIMA
656
Electrochemical Nano-Imaging using Scanning Ion Conductance Microscopy Yuji NASHIMOTO, Noriko TAIRA, Kosuke INO, Hitoshi SHIKU
658
Electrical Conductivity Evaluation of Conducting Polymer Nanofibers by Scanning Probe Microscopy Takeshi SHIMOMURA
660

Polymer Science and I: A Personal Account
With Diverse Networks Ken ALBRECHT
662

Messages: “Work and Life”
Making a Good Feeling for Getting a Good Performance Yukari SATO
663

Front-Line Polymer Science
Toward Higher Efficiency in Organic Light-Emitting Diodes: Realization of the Highest Reverse Intersystem Crossing Among All Organic Materials Hironori KAJI
664

Messages from SPSJ
669
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