| Vol.17 No.2 (August, 2025) | |||
| Academic Articles | |||
| AA184 | Regular Paper
pp.15-24 |
||
| Method for Creating Large Datasets for Deep Learning to Improve Image Depth Accuracy | Masahiro MURAYAMA | ||
| Vol.17 No.1 (May, 2025) | |||
| Academic Articles | |||
| AA183 | Regular Paper
pp.1-14 |
||
| Development of performance loss function for the importance analysis of inspection in terms of risk of safety performance of a piping system | Akihiro MANO | ||
| Vol.16 No.2 (February, 2025) | |||
| Academic Articles | |||
| AA182 | Regular Paper
pp.12-20 |
||
| Performance Evaluation of Multivariate Time Series Anomaly Detection by Two-Stage Autoencoder using Power Plant Data | Yasunori TAGUCHI | ||
| Vol.16 No.1 (November, 2024) | |||
| Academic Articles | |||
| AA181 | Regular Paper
pp.1-11 |
||
| Improvement of Corrective Action Program (CAP) in Decommissioning Plant | Masao UESAKA | ||
| Vol.15 No.1 (February, 2024) | |||
| Academic Articles | |||
| AA180 | Regular Paper
pp.1-18 |
||
| Study of the Fundamental Concepts for Improving the Safety of Nuclear Power Plants | Takayuki AOKI | ||
| Vol.14 No.1 (August, 2022) | |||
| Academic Articles | |||
| AA179 | Regular Paper
pp.1-13 |
||
| Improved three-dimensional atom probe tomography procedures for analyzing irradiation-induced microstructures | Ba Vu Chinh NGUYEN et al. | ||
| Vol.13 No.2 (February, 2022) | |||
| Academic Articles | |||
| AA177 | Regular Paper
pp.1-13 |
||
| Long-term stability mechanism for the effect with WJP and buffing residual stress improving treatments | Lina YU et al. | ||
| AA178 | Regular Paper
pp.14-25 |
||
| Evaluation of the Capability to Estimate a Crack Profile by 3D SAFT-UT | Yoshinori KAMIYAMA et al. | ||
| Vol.10 No.3 (November, 2018) | |||
| New Technology | |||
| NT91 | Classification :6 - C | Dev. Level: Phase 1 | |
| Development of a MAV Equipped with Rotatable Attachment Mechanism for Movable Observation System | Hitachi-GE Nuclear Energy, Ltd. Hitachi, Ltd. |
||
| Vol.10 No.2 (August, 2018) | |||
| Academic Articles | |||
| AA148 | Regular Paper
pp.1-8 |
||
| A consideration on the use of shear waves to improve the sensitivity of an optical ultrasonic sensor for under-sodium viewers | Koichi SARUTA et al. | ||
| New Technology | |||
| NT90 | Classification :1 - C | Dev. Level: Phase 3 | |
| Development of a Virtual Ultrasonic Testing System | Mitsubishi Heavy Industries, LTD. | ||
| Vol.8 No.1 (May, 2016) | |||
| General Articles | GA20 | The Recent Status of Nuclear Technology Development in Thailand | Sirinart LAOHAROJANAPHAND et al. |
| Academic Articles | |||
| AA116 | Regular Paper
pp.1-12 |
||
| Measurement of Flow Accelerated Corrosion Rate at an Elbow Pipe and Combination Effect of an Upstream Orifice | Yoichi UTANOHARA et al. | ||
| New Technology | |||
| NT76 | Classification :5 - A | Dev. Level: Phase 3 | |
| Development of Remote Decontamination Technologies improving Internal Environment of Reactor Building at Fukushima Daiichi NPS | Masahiro SAITO, et al. (Toshiba Corporation) | ||
| NT77 | Classification :3 - C | Dev. Level: Phase 2 | |
| Development of the FLEXible radiation DOSE evaluation software (FLEXDOSE) | TEPCO Systems Corporation (TEPSYS) | ||
| Vol.7 No.4 (February, 2016) | |||
| Academic Articles | |||
| AA115 | Regular Paper
pp.206-215 |
||
| POD Evaluation for Joint Angles from Inertial and Optical Motion Capturing System | Kai SHIMIZU et al. | ||
| New Technology | |||
| NT74 | Classification :7 - A | Dev. Level: Phase 2 | |
| Dry Ice Blast Decontamination to In-service equipment in Japanese PWR Plant | Mitsubishi Heavy Industries, LTD. | ||
| NT75 | Classification :1 - A | Dev. Level: Phase 1 | |
| Effects of metallic diaphragms on sensitivity characteristics of an optical ultrasonic sensor and reduction of interrogation time based on wavelength division multiplexing for under-sodium visual inspection | Koichi Saruta, et al. | ||
| Vol.7 No.3 (November, 2015) | |||
| Academic Articles | |||
| AA114 | Regular Paper
pp.199-205 |
||
| Maintenance Index for System Safety Assessment for Aging Nuclear Power Plant | Kazuyuki Deamachi et al. | ||
| New Technology | |||
| NT72 | Classification :1 - A | Dev. Level: Phase 1 | |
| A New Mechanical Condition-based Maintenance Technology Using Instrumented Indentation Technique | Shigetaka OKANO, et al. | ||
| NT73 | Classification :7 - C | Dev. Level: Phase 2 | |
| Survey robots for Fukushima Daiichi Nuclear Power Plant | Hitachi-GE Nuclear Energy, Ltd. | ||
| Vol.6 No.3 (Nov, 2014) | |||
| Academic Articles | |||
Special Issue 12 (Guest editor: A. Gofuku)
|
|||
| AA78 | Regular Paper
pp.48-56 |
||
| Integration Technique of Diagnostic Results in Hybrid-type Agent System | Akio GOFUKU et al. | ||
| AA79 | Regular Paper
pp.57-70 |
||
| Plant Transients under Small Abnormalities of FBR “Monju” Calculated by a Plant System Code | Hiroyasu MOCHIZUKI | ||
| AA80 | Regular Paper
pp.71-85 |
||
| Diagnostic Agent using Parasitic Discrete Wavelet Transform for the Hybrid Diagnostic Agent System for the Fast-breeder Reactor “Monju” | Takashi NAGAMATSU et al. | ||
| AA81 | Regular Paper
pp.86-106 |
||
| Process Signal Selection Method to Improve the Impact Mitigation of Sensor Broken for Diagnosis Using Machine Learning | Hirotsugu MINOWA et al. | ||
| New Technology | |||
| NT66 | Classification :3 - C | Dev. Level: Phase 3 | |
| Development of the Air dose Rate Evaluation System (ARES) | TEPCO Systems Corporation (TEPSYS) | ||
| Vol.6 No.2 (August, 2014) | |||
| Academic Articles | |||
| AA77 | Regular Paper
pp.34-47 |
||
| Hardness Prediction of HAZ in Temper Bead Welding by Non-Consistent Layer Technique | Lina YU et al. | ||
| New Technology | |||
| NT65 | Classification :1 - A | Dev. Level: Phase 3 | |
| Blockage Monitoring Method of SG Tube Support Plate with Intelligent ECT | Mitsubishi Heavy Industries, LTD. | ||
| Vol.6 No.1 (May, 2014) | |||
| Academic Articles | |||
| AA74 | Regular Paper
pp.1-13 |
||
| Study of the Optimization of Maintenance Plan for Nuclear Power Plants | Takayuki AOKI et al. | ||
Special Issue 11 (Guest editor: N. Kasahara)
|
|||
| AA75 | Regular Paper
pp.14-23 |
||
| Development of Thermal Fatigue Evaluation Methods of Piping Systems | Naoto KASAHARA et al. | ||
| AA76 | Regular Paper
pp.24-32 |
||
| Effect of Thermo-Mechanical Loading Histories on Fatigue Crack Growth Behavior and the Threshold in SUS 316 and SCM 440 Steels -For prevention of high cycle thermal fatigue failures- | Masakazu OKAZAKI et al. | ||
| Errata | Errata
p.33 |
||
| ERRATUM for “Theoretical Investigation of Oxidation Mechanism of Fuel Cladding in Light-Water Reactor”, from EJAM, Vol. 5, No. 1, pp. 1-16 | |||
| New Technology | |||
| NT63 | Classification :4 - B, 5 - B | Dev. Level: Phase 2 | |
| Double-arm Heavy Machinery-type Robot "ASTACO-SoRa" | Hitachi-GE Nuclear Energy, Ltd. | ||
| NT64 | Classification :1 - B, 4 - B | Dev. Level: Phase 3 | |
| Quadruped Robot for Nuclear Facilities | TOSHIBA Corporation | ||
| Vol.5 No.4 (Feb, 2014) | |||
| Academic Articles | |||
| AA72 | Regular Paper
pp.201-227 |
||
| Visualization and Quantitative Evaluation of Stress Corrosion Cracking Using the Three-Dimensional Phased Array Ultrasonic Technique | So KITAZAWA et al. | ||
| AA73 | Regular Paper
pp.228-237 |
||
| Reliability Assessment for Thickness Inspection of Pipe Wall using Probability of Detection | Hiroyuki NAKAMOTO et al. | ||
| New Technology | |||
| NT60 | Classification :3 - A | Dev. Level: Phase 1 | |
| Development of Future Prediction of Animation by coupling of Principle Component Analysis and Singular Spectrum Analysis | Kazuyuki DEMACHI et al. | ||
| NT61 | Classification :1 - A, 3 - A | Dev. Level: Phase 1 | |
| Validation of Multifrequency and Window-Multifrequency Techniques using Remote Field Eddy Currents for ISI of FBR Tubes | Ovidiu MIHALACHE et al. | ||
| NT62 | Classification :1 - A, 4 - A, 6 - A, | Dev. Level: Phase 1 | |
| Remote Controlled Robot with expandable features | Mitsubishi Heavy Industries, Ltd. (MHI) | ||
| Vol.4 No.3 (Nov, 2012) | |||
| Academic Articles | |||
| AA45 | Regular Paper (Invited)
pp.105-115 |
||
| Considerations for Statistical Analysis of Nondestructive Evaluation Data: Hit/Miss Analysis | Jeremy KNOPP et al. | ||
| New Technology | |||
| NT48 | Classification :3 - A | Dev. Level: Phase 3 | |
| BWR Reload Core Loading Pattern Optimization System FINELOAD-3TM | TEPCO Systems Corporation (TEPSYS) | ||
| NT49 | Classification :5 - A | Dev. Level: Phase 3 | |
| Advanced INLAY System for Reactor Vessel of PWR | Mitsubishi Heavy Industries, Ltd. (MHI) | ||
| Vol.4 No.1 (May, 2012) | |||
| Academic Articles | |||
| AA37 | Regular Paper
pp.1-21 |
||
| Study on the Ultrasound Propagation in Cast Austenitic Stainless Steel | Kazunobu SAKAMOTO et al | ||
| AA38 | Regular Paper
pp.22-35 |
||
| Capability of Ultrasonic Testing for Cast Austenitic Stainless Steel in Japanese Pressurized Water Reactors | Kazunobu SAKAMOTO et al | ||
| New Technology | |||
| NT44 | Classification :5 - A | Dev. Level: Phase 3 | |
| Cleaning the secondary side of steam generators of Tomari Power Station Unit 1/2 using ASCA and UEC technology | Mashiho Suzuki and Eiji Oohashi Mechanical Maintenance and Engineering Section Tomari Power Station, Hokkaido Electric Power Co., Inc. Japan |
||
| NT45 | Classification :5 - A | Dev. Level: Phase 3 | |
| Development and Actual Application of Remote-type Vacuum Blast Decontamination Device | Mitsubishi Heavy Industries, Ltd. (MHI) Nuclear Plant Service Engineering Co., Ltd. (NUSEC) |
||
| GA19 (April, 2012) | |||
| General Articles | |||
| GA19 | An International View of the Fukushima Accident, Japanese Response, Japan’s Post Accident Situation and Needed Actions | Douglas M. Chapin | |
| Vol.3 No.4 (Feburary, 2012) | |||
| New Technology | |||
| NT41 | Classification :3 - A | Dev. Level: Phase 1 | |
| Simplified Evaluation Method of Strain Rate Being Generated on Structural Materials during Plant Start-up | The Japan Atomic Power Company Tepco Systems Corporation |
||
| NT42 | Classification :1 - B | Dev. Level: Phase 2 | |
| ECT system for in-vessel components of nuclear reactor | Hitachi-GE Nuclear Energy, Ltd. | ||
| NT43 | Classification: 4 - A | Dev. Level: Phase 2 | |
| Underwater Laser Beam Welding Technology for Reactor Vessel | TOSHIBA Corporation. | ||
| Vol.3 No.3 (November, 2011) | |||
| General Articles | |||
| GA18 | Current Status and Outlook of the Wind Energy in China | Hideo KUBOTA | |
| Academic Articles | |||
| AA36 | Review Paper pp.92-101 |
||
| Simulation and visualization of guided wave propagation by large-scale 3D FEM | Takashi FURUKAWA and Ichiro KOMURA |
||
| New Technology | |||
| NT39 | Classification: 5 - A | Dev. Level: Phase 3 | |
| Metal Surface Stress Improvement by Mechanical Polishing for Preventing Stress Corrosion Cracking | Hitachi-GE Nuclear Energy, Ltd. | ||
| NT40 | Classification: 1 - B Dev. Level: Phase 2 |
||
| Development of UT Sizing Technique of Cracks for Ni Alloy Welding | The Kansai Electric Power Co. Inc. Mitsubishi Heavy Industries, LTD. |
||
| Vol.3 No.1 (May, 2011) | |||
| General Articles | |||
| GA16 | Maintenance Decision Support Project | Ron Jenkins, Murray Wiseman, and Daming Lin | |
| Academic Articles | |||
| AA30 | Regular Paper (Contributed) pp.1-10 |
||
| Evaluation of Defect Shape Based on Inverse Analysis Considering the Resolution of Magnetic Sensor | Shogo NAKASUMI et al. | ||
|
Special Issue 5 (Guest editor: I. Komura)
|
|||
| AA31 | Regular Paper (Invited) pp.11-24 |
||
| Simulation of Ultrasonic Fields and Echoes Obtained Using Angle Beam Transducer by Hybrid FDTD Method | Tomonori KIMURA et al. | ||
| AA32 | Regular Paper (Invited)
pp.25-38 |
||
| A Simulation Technique of Non-Destructive Testing using Magneto-Optical Film | Huy Minh LE et al. | ||
| AA33 | Regular Paper (Invited)
pp.39-53 |
||
| Detection and sizing of cracks using potential drop techniques based on electromagnetic induction | Yasumoto SATO et al. | ||
| New Technology | |||
| NT33 | Classification: 5 - A (Performance improvement) | Dev. Level: Phase 1 | |
| Evaluation of High Flow Rate Condensate Polisher for Next PWR Plants | Kyushu Electric Power Co., Inc. Organo Corporation |
||
| NT34 | Classification: 1 - A (Non-destruction examination of metallographic structure) Dev. Level: Phase 2 |
||
| DEVELOPMENT OF UNDERWATER REMOTE MICROSCOPIC OBSERVATION TECHNIQUE FOR NUCLEAR REACTOR CORE INTERNALS | Hitachi-GE Nuclear Energy, Ltd. (HGNE) | ||
| NT35 | Dev. Level: Phase 2 |
||
| Application of Tungsten Ball Filling Type Radiation Shielding System to the Pressurizer | Mitsubishi Heavy Industries, Ltd. (MHI) Nuclear Plant Service Engineering Co., Ltd. (NUSEC) |
||





