OYO BUTURI, Vol.72, No.5 (2003)

• Preface
  • Sumio IIJIMA
• Objective
  • Analysis and characterization in materials science and technology
    "OYO BUTURI" Editorial Committee
• Comprehensive Research Report
  • Nano-scale analytical and evaluation techniques essential to the development of ULSI
    Osamu UEDA
• Tutorials
  • Characterization techniques of bulk silicon crystals
    Naohisa INOUE
  • Detection of minute strain in very local areas of materials by using an X-ray microbeam
    Junji MATSUI, Yasushi KAGOSHIMA, Yoshiyuki TSUSAKA and Shigeru KIMURA
  • InN and InGaN crystal growth and structural and property characterization
    Yasushi NANISHI, Tsutomu ARAKI and Takao MIYAJIMA
• Recent　Developments
  • Failure analyses of ULSI using new concept analytical instruments
    Yasuhiro MITSUI, Fumiko YANO, Hiroshi KAKIBAYASHI, Hiroyasu SHICHI and Takashi AOYAMA
  • Evaluation of legibility based on visual functions
    Hiroyasu UJIKE and Ken SAGAWA
• Our Research
  • Self-regeneration mechanism of a perovskite-based catalyst studied with synchrotron radiation X-rays
    Yasuo NISHIHATA and Hirohisa TANAKA
  • Surface nanomagnetism on Fe and Cr(001) films
    Takeshi KAWAGOE and Yoshishige SUZUKI
  • Laser-assisted magnetic recording technologies
    Kunio KOJIMA
  • Exchange coupling bias field in antiferromagnetic/ferromagnetic bilayer system due to antiferromagnetic spin structures
    Chiharu MITSUMATA and Akimasa SAKUMA
• Technology Notes
  • -Advanced characterization techniques for structural and electrical properties in highly-localized regions-
    Application of focused ion beam fabrication equipped with microsampling system -TEM sampling technique for pin-point microstructure observation-
    Masaaki SUGIYAMA
  • A Nanotester : Point-contact current-imaging atomic force microscopy
    Takuya MATSUMOTO and Tomoji KAWAI
• Discussion Space
  • Developing publication ethics : Schon affair
    Shigeaki YAMAZAKI
• Fundamental Lectures
  • Integrated simulation system
    Hideki OKA
  • Principle of superconducting Maglev system
    Hitoshi HASEGAWA
• Scientific Information
  • JJAP Express Letters