SEIDL Albert Fachnochschule Magdeburg Professor, 電子工学科, 教授
LANG Walter Fraunhofer Institut fuer Festkoerpertechnologie Researcher, 研究員
BOLLMANN Dieter Fraunhofer Institut fuer Festkoerpertechnologie Researcher, 研究員
BUCHNER Reinhold Fraunhofer Institut fuer Festkoerpertechnologie Researcher, 研究員
HEBERGER Karl Fraunhofer Institut fuer Festkoerpertechnologie Director, 部長
RUGE Ingolf Fraunhofer Institut fuer Festkoerpertechnologie Director, 所長
YANAGISAWA Junichi Faculty of Engineering Science, Osaka University Assistant, 基礎工学部, 助手 (60239803)
YUBA Yoshihiko Faculty of Engineering Science, Osaka University Assistant, 基礎工学部, 助手 (30144447)
FURUYA Takeshi Assistant Curator, Dept.of Proto-Historic Age Section, Tokyo National Museum, 考古課原史室, 研究員 (40238697)
INOUE Youichi Curator, Dept.of Japanese Archaeology, Tokyo National Museum, 考古課, 主任研究官 (60176451)
ANDO Kohichi Head Curator, Dept.of Japanese Archaeology, Tokyo National Museum, 考古課, 課長 (60202785)
DAINOBU Yuji Curator, Education and Public Relations Section, Tokyo National Museum, 企画課普及室, 室長 (80163715)
KOIZUMI Yoshihide Assistant Curator, South and Southeast Asia Section, Dept.of Oriental Antiquitie, 東洋課インド・南東アジア室, 研究員 (40205315)
TANI Toyonobu Curator, Chinese Archaeology Section, Dept.of Oriental Antiquities, Tokyo Nation, 東洋課, 主任研究官 (70171824)
MATSUMOTO Nobuyuki Curator, Chinese Arts Section, Dept.of Oriental Antiquities, Tokyo National Muse, 東洋課中国美術室, 室長 (30229562)
SAOTOME Masahiro Curator, Northeast Asia Section, Dept.of Oriental Antiquities, Tokyo National Mu, 東洋課北東アジア室, 室長 (80150035)
TAKAHAMA Shu Curator, South and Southeast Asia Section, Dept.of Oriental Antiquities, Tokyo N, 東洋課インド・南東アジア室, 室長 (60000353)
GOTO Takeshi Curator, Middle East Section, Dept.of Oriental Antiquities, Tokyo National Museu, 東洋課西アジア・エジプト室, 室長 (40132758)
鷲塚 泰光 東京国立博物館, 学芸部, 学芸部長 (80191740)
MOCHIZUKI Mikio Curator, Historic Age Section, Dept.of Japanese Archaeology, Tokyo National Muse
HABARGER Kar フラウンホーファー固体工学研究所, 部長
|Budget Amount *help
¥10,800,000 (Direct Cost : ¥10,800,000)
Fiscal Year 1995 : ¥5,300,000 (Direct Cost : ¥5,300,000)
Fiscal Year 1994 : ¥5,500,000 (Direct Cost : ¥5,500,000)
Fabrication of nanometer structure and its application have been investigated by a joint research between Osaka University and Fraunhofer Institut fuer Feskoerpertechnologie under the International Scientific Research Program of the Ministry of Education, Science, Sport and Culture.
Localized electrolytic reaction by a scanning tunneling microscope (STM) tip, dipped in a solution, induced a localized metal deposition with a size of several hundred nanometers, while a metal-covered STM tip could realize a controlled deposition with a size of nanometer by field evaporation. Metal species could be controlled by a precise adjustment of applied pulsed-bias between the tip and a target sample, which would determine the electric field for field evaporation on the STM tip. This technique would facilitate to fabricate metal electrode structures of quantum electron devices such as single electron transistors. Nano-scale interdigital metal structures would also provide a new sensing application.
Medium energy ion scattering with and without focused ion beams has been applied to modified surface nano-structures in order to characterize the atomic positions of ad-atoms. The results were compared with those investigated by STM to exactly locate ad-atoms on crystalline surface.
A silicon (Si) nanometer structure by anodization, porous Si, has been applied to electron emitter tips of field emission arrays (FEAs). FEAs with nano-structure emission tips showed enhanced emission by an order of magnitude over FEAs with conventional single crystalline Si emitter tips. Further application of nano-structures fabricated by the technique developed in this study is in progress.