FAPIG
THE FlRST ATOMlC POWER INDUSTRY GROUP
FAPIG誌 最新号目次
2003−11/平成15年度 第2号(No.165)
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目 次 ■ 報 告 ■ 紹 介 ■ 随 筆 ■ グループ情報 ● Fresh Information(川崎重工) (27) 表紙デザイン:佐野 馨 CONTENTS ■ Report ■ Introduction ■ Essay ● Fresh Information (KAWASAKI HEAVY INDUSTRIES) (27) Cover Design:Kaoru Sano SYNOPSES We have renewed Radiation Control System for the Tomari Nuclear Power Plant of the Hokkaido Electric Power Company, March 2003. For the system, we adopted for the first time a screen display for the online browsing system developed for Nuclear Power Plants of Electric Power Companies, deployed a workflow which meets to the radiation control purposes. The system enables the user to drastlically reduce documentation workload such as application and notification, and to extract in a desired format the company's data, particulary the data of personal exposure. In addition, we provided the monitoring and autoalarm features in case of emergency of system's status or managed data system. KEYWORDS:Radiation Control System, online browsing system, workflow The target of the "Humanoid Robotics Project" (called HRP) is to find some suitable applications for humanoid robots. In the former two years, the platform system (as for common base of R&D) was developed, and in the latter three years, element technologies as for applications was developed. In HRP, KHI developed two types of the remote control system, the super cockpit and the portable remote control device. By using the remote control system, the tele-operated humanoid robot succeeded in driving industrial vehicles. This was the first experiment in the world. As the portable remote control device was developed to improve the property of operation, we expect that it would be applied not only to humanoid robots but also to other applications for remote control system. KEYWORDS:master arm, remote control, humanoid robot, tele operation, platform, industrial vehicle Toshihiro Tamaki, Akiyoshi Hayakawa, Kensuke Mohri, Hirotaka Kawano,
Hiroshi Watanabe In this paper, an experimental study on laser-sonic technique for non-destructive inspection of defect of concrete structure is described. Using the concrete specimens with and without artificial defects, the propagation times from the irradiation point to the sensor are evaluated and compared. The wave diffraction by the defect is discussed by finite elememt wave propagation analysis. We propose an inspection method of delaminated defects in concrete, using the measured ultrasonic wave propagation time. The detection method is based on a kind of inverse analysis. The results of the analysis were in good agreement with the defects placed in concrete speccimens. KEYWORDS:laser-ultrasonic, non-destructive inspection, wave propagation, inverse analysis, laminated defect Yasuhito Ishida Nissho Iwai Corp., who became a sole agent of electrolyser made by Norsk Hydro ASA in 1992, and its subsidiary, e-Energy Corp. in cooperation are doing its sales to Japanese market. As an accelerating trend to hydrogen society in Japan, USA and EU, there are JHFC project in Japan and CUTE project in EU. I visited the hydrogen refueling station at Hamburg, which is one of the CUTE project cities, under construction in June 2003 before the opening at September 15, 2003. Norsk Hydro built the station and uses the electrolyser there. We introduce the electrolyser and the station. KEYWORDS:Norsk Hydro, electrolyser, CUTE project, Hamburg, hydrogen refueling station, Nissho Iwai, e-Energy Hideyuki Aizawa, Katsuyuki Yamazaki, Nobumasa Tsuji, Takemitsu Kodama,
Keisuke Jinza, Yasuyuki Oda, Kiyoshi Obara The purpose of the spent fuel storage facilities of HTTR (High Temperature
Engineering Test Reactor) is store the spent fuel for long term in HTTR
site after cooling in the spend fuel pool in reactor building on certain
period. Fuji Electric Co., Ltd. received orders in bulk of all interior
equipment of the spent fuel handling equipment, the storing equipment,
the ventilation air-conditioning equipment, the radiation watches, and
the management equipment, etc. in October, 1998. KEYWORDS: HTTR, High Temperature Engineering Test Reactor, spent fuel, storage facilities Hideyuki Motoyama It has passed four and a half year since i-mode service lunched from
NTT DoCoMo in 1999. KEYWORD:mobile |
バックナンバー目次
号数 |
発行年月 |
164 | 2003/ 7 |
163 | 2003/ 3 |
162 | 2002/11 |
161 | 2002/ 7 |
160 | 2002/ 3 |
159 | 2001/11 |
158 | 2001/ 7 |
157 | 2001/ 3 |
156 | 2000/11 |
155 | 2000/ 8 |