第4世代原子力システムに関連する研究開発に従事する若手研究者の論文ショートスピーチコンテストが審査を終え、 優秀コンテスタントがGIF ETWGから発表されました。

• 1^st place winner:
• Dr.Hannah Patenaude, Los Alamos National Laboratory, United States
  Novel Diamond Sensor to Investigate High‑Valence Actinides in Molten Salts

• 2^nd place winner:
• Mr.Paul Baret, CEA, France
  Austenitic steels, a new golden age for ODS steels?

• Popular Vote Winner:
• Mr.Dorian Da Cunha, CEA, France
  Decay heat calculation validation based on revisited local thermal measurements

• 審査結果の詳細は、こちら

• 最終選考まで進んだ27名のコンテスタントの3分間のアピール動画は下記から閲覧できます。
  (字幕を英語自動生成にすると英語字幕が出ます)


• アピール動画(字幕を英語自動生成にすると英語字幕が出ます)：アピール動画再生リスト

1. PYG4R-2025: Impedance spectroscopy for rapid fuel assessment
   Mr. Simon Stephens (UK) Bangor university
2. PYG4R-2025: Framework Development for Component Level Digital Twins for Advanced Reactors
   Ms. Lauren Bailey (USA) University of Tennessee
3. PYG4R-2025: Method to Measuring Moisture Concentration in MgCl2 Containing Molten Salts
   Mr. Jihun Kim (Korea) Seoul National University
4. PYG4R-2025: Fundamental study on coolability of debris bed based on tests on magnetic particles
   Mr. Junlang Wen, (Japan) Kyushu University
5. PYG4R-2025: Multiphysics Analysis and Protection Strategy for Spatiotemporal Corrosion of LBE in LFR
   Mr. Shiwei Wang (China) Shanghai Jiao Tong University
6. PYG4R-2025: Development of TRISO Fuel Performance Code TRIPLE for Generation IV HTGRs
   Mr. Jongho Park (Korea) Seoul National University
7. PYG4R-2025: Novel Diamond Sensor to Investigate High-Valence Actinides in Molten Salts
   Dr. Hannah Patenaude (USA) Los Alamos National Laboratory
8. PYG4R-2025: A Concept of on-line refueling TRISO-Fueled and Salt-Cooled Reactor
   Dr. Xiaoyong Feng (Korea) Pusan National University
9. PYG4R-2025: Multiscale Thermal-Hydraulic Analysis of Experimental Facilities in Support of LFR
   Dr. Tommaso Del Moro (Italy) Sapienza University of Rome
10. PYG4R-2025: On the Physics of a Core Disruptive Accident in a Heavy Liquid Metal Fast Reactor
    Dr. Dorde Petrovic (Switzerland) Paul Scherrer Institute - PSI
11. PYG4R-2025: Study of thermal-hydraulic aspects in passive systems for safety of advanced reactors
    Mr. Giorgio Khalil Youssef (Italy) Sapienza University of Rome
12. PYG4R-2025: Development and Demonstration of Scalable Fluoride Salt Pump Bearings for FHRs
    Mr. Yuqi Liu (USA) UNIVERSITY OF NEW MEXICO
13. PYG4R-2025: Breakeven Molten Salt Fast Reactor (BeMFR): A Sustainable Nuclear Energy Solution
    Mr. Eunhyug Lee (Korea) KAIST
14. PYG4R-2025: Study on Flow Induced Vibration of Narrow Gap Sealing Strip in HTGR Support Structure
    Mr. JinTong Wang (China) Institute of Nuclear and New Energy Technology, Tsinghua University
15. PYG4R-2025: Multiphysics Coupling Behavior of Helical Annular Fuel in Lead-cooled Nuclear Reactor
    Dr. Shuo Guo (China) School of Nuclear Science and Technology, Xi’an Jiaotong University
16. PYG4R-2025: Advancements in Modelling and Qualification of High Pu Content MOX Fuel for Gen IV LMFRs
    Mr. Diego Jaramillo Sierra (Italy) Politecnico di Milano / ENEA
17. PYG4R-2025: Multicriteria Analysis of Operating Margins for a Molten Salt Reactor
    Dr. Martin Mascaron (France) CEA - French Atomic Energy Commission
18. PYG4R-2025: High Fidelity Modeling of Double-Heterogeneity in TRISO and Helical-Cruciform Fuel
    Mr. Xingguang Zhou, (China) Xi'an Jiaotong University
19. PYG4R-2025: Advancing Generation IV Nuclear Materials: Atomistic Modeling of Molten Salt Corrosion
    Mr. Hamdy Arkoub (USA) Penn State University
20. PYG4R-2025: Decay heat calculation validation based on revisited local thermal measurements
    Mr. Dorian Da Cunha (France) CEA - French Atomic Energy Commission
21. PYG4R-2025: Austenitic steels, a new golden age for ODS steels?
    Mr. Paul Baret (France) CEA - French Atomic Energy Commission
22. PYG4R-2025: Real-Time Quantification of Contaminants in Molten Salts
    Dr. Zechariah Kitzhaber (USA) ORNL
23. PYG4R-2025: Miniaturized Ring Notched Bend specimen assessment of Fracture Toughness of ODS clads
    Dr. Boualem Rais (France) CEA - French Atomic Energy Commission
24. PYG4R-2025: Effect Of Zirconium Tetrachloride To Structural Material Corrosion In MSR
    Mr. Kyeongtae Park (Korea) Ulsan National Institute of Science and Technology (UNIST)
25. PYG4R-2025: Void Fraction Prediction for Two-Phase Flow in MSRs Using Machine Learning
    Mr. Davide Rotilio (USA) University of Tennessee Knoxville
26. PYG4R-2025: A core hot spot evaluation by statistical method for pool-type sodium fast reactors
    Mr. Shota Mochinaga (Japan) Japan Atomic Energy Agency
27. PYG4R-2025: Development Of Facility-Level Modeling For Comparing Nuclear Safeguards Measurements
    Mr. Thomas DeGuire (USA) Texas A&M University

• なお、1次審査の情報は、こちら、最終選考の情報は、こちらから閲覧できます。