目　　次

■ 紹　　介
放射線管理区域立入管理システム ( 3 )
柴田鉄生 / 酒巻　剛 / 増井　馨 / 佐藤　久 / 井上　章 / 数藤隆之
３次元形状認識遠隔ハンドリングシステム
-プロトタイプの開発，システム強化- ( 9 )
富塚千昭 / 竹内　豊 / 神坐圭介 / 高橋　浩
JMTRを用いた放射性医薬品製造プロセスの整備計画 (14)
飯村光一 / 坂本太一 / 菅野　勝 / 堀　直彦
北陸電力原子力発電所の保守業務システムの構築 (19)
中村達明 / 蓮沼潤一 / 鈴木信太郎

■ 論　　文
応力再配分軌跡（SRL）法を用いたクリープ疲労評価手法 (28)
中村協正 / 島川貴司 / 小林謙一

■ グループ情報
FAPIGにおける原子力PA活動について (36)
米田正章
FAPIGの機構 (44)

表紙デザイン：キム ミンコンン

CONTENTS

■ Introduction
Access Control System for Radioisotope Controlled Area ( 3 )
T. Shibata / T. Sakamaki / K. Masui / H. Satou / A. Inoue / T. Sudou
Remote Handling System Based on 3-D Shape Recognition Technique
-Development of Prototype and System Improvement- ( 9 )
C. Tomizuka / Y. Takeuchi / K. Jinza / H. Takahashi
Conceptual Plan of Radiopharmaceutical Production Process in JMTR (14)
K. Iimura / T. Sakamoto / M. Kanno / N. Hori
Development of Management Systems for Nuclear Power Plant
of Hokuriku Electric Power Company (19)
T. Nakamura / J. Hasunuma / S. Suzuki

■ Paper
Creep-Fatigue Life Estimation Scheme Based
on Stress Redistribution Locus Concept (28)
K. Nakamura / T. Shimakawa / K. Ken-ichi

■ FAPIG Activities
FAPIG's Activities for Public Acceptance of Nuclear Energy (36)
M. Yoneda

Cover Design：Kim, Min-Gun

SYNOPSES

Tetsuo Shibata, Tsuyoshi Sakamaki, Kaoru Masui, Hisashi Satou, Akira Inoue, Takayuki Sudou
Access Control System for Radioisotope Controlled Area
FAPIG No. 178 pp.3〜8 (2009)

Fuji Electric has designed and produced monitoring system for personal exposure dose of workers to enter the radiation controlled area in nuclear plants and nuclear facilities. We offer the Access Control System as control system for external exposure dose of workers to enter the radiation controlled area. Now we introduce the details that we have developed and improved the Electric Personal Dosimeter for exposure dose and have developed the Access Control System under a revision to JIS including IEC standards.

KEYWORDS：dosimeter, the access control system

Chiaki Tomizuka, Yutaka Takeuchi, Keisuke Jinza, Hiroshi Takahashi
Remote Handling System Based on 3-D Shape Recognition Technique
-Development of Prototype and System Improvement-
FAPIG No. 178 pp.9〜13 (2009)

In a Nuclear facility, the maintenance and repair activities must be done remotely in a radioactive environment. Fuji Electric Systems Corporation has developed a remote handling system based on 3-D recognition technique. The system recognizes the pose and position of the target to manipulate, and visualizes the scene with the target in 3-D, enabling an operator to handle it easily. This paper introduces development of prototype and system improvement.

KEYWORDS：remote handling system, 3-D recognition technique

Koichi Iimura, Taichi Sakamoto, Masaru Kanno, Naohiko Hori
Conceptual Plan of Radiopharmaceutical Production Process in JMTR
FAPIG No. 178 pp.14〜18 (2009)

At Oarai Research and Development Center, Japan Atomic Energy Agency （JAEA） advances the plan of refurbishing Japan Materials Testing Reactor（JMTR）to start the operation in fiscal 2011.
As part of effective use for JMTR, JAEA is planning to product 99Mo, which is a parent nuclide of 99mTc. 99mTc is most commonly used as a radiopharmaceutical in the field of nuclear medicine.
Currently the supplying of 99Mo is only depend on imports from foreign countries, so JAEA is aiming at domestic production of a part of 99Mo in cooperation with the industrial circles.
In this article, it introduces the conceptual plan of the process, the irradiation facilities, and the commercializing equipments after irradiation for 99Mo production.

KEYWORDS：JMTR（Japan Materials Testing Reactor）, 99 molybdenum, 99m technetium, radiopharmaceutical, irradiation facility

Tatsuaki Nakamura, Junichi Hasunuma, Shintaro Suzuki
Development of Management Systems for Nuclear Power Plant of Hokuriku Electric Power Company
FAPIG No. 178 pp.19〜27 (2009)

Hokuriku Electric Power Company has been operating the Shika Nuclear Power Station that it constructed in Shika city, Ishikawa prefecture, for over 15 years since bringing Unit 1 of this plant online in July 1993. In addition to electricity generation, maintenance and inspection tasks constitute a big part of operating a large-scale nuclear power plant, and in recent years, problems at power stations in the nuclear power industry have led to several revisions of nationally regulated maintenance and inspection systems. This paper describes the background, objectives, development method, and features of the Maintenance Management System and Maintenance History Management System that make effective use of information technology to promote safer and more efficient maintenance work at large-scale nuclear power plants.

KEYWORDS：shika nuclear power station, maintenance management system, maintenance history management system, hokuriku electric power company.

Kyotada Nakamura,Takashi Shimakawa, Kobayashi Ken-ichi
Creep-Fatigue Life Estimation Scheme Based on Stress Redistribution Locus Concept
FAPIG No. 178 pp.28〜35 (2009)

High temperature components are operated under cyclic thermal transient. In the design of these components, creep-fatigue is the most dominant failure mode. To evaluate creep-fatigue damage, methodology to estimate inelastic strain concentration should be presented in a design standard. This paper presents new technique to estimate inelastic strain behavior based on Stress Redistribution Locus (SRL) method. An applicability of SRL concept is discussed with a help of FEM results for representative components of pressure vessel under various analytical conditions. It is confirmed that SRL does not depend on constitutive equations, thermal load range or plasticity/creep under monotonic loading condition. Including some differences under cyclic loading condition or other, whole results is conservatively represented by proposed design SRL curve.

KEYWORDS：high temperature design, pressure vessel, creep-fatigue, inelastic strain concentration, simplified method, stress redistribution locus