PHITS Workshop and Intermediate Course at Japan Atomic Energy Agency in Tokai, Japan 2025
General Information
Scope of the Event
Registration & Abstract Submission
Travel Support
Eligibility
Venue & Access
Accommodation
Program
General Information
Place: Mirai Base (map), JAEA, Tokai, Japan (near JR Tokai station)
Eligibility for participation: Open to everyone who has PHITS license
Course date: Feb 18-21, 2025
Important Dates:
- Oct. 31, 2024, deadline for application of travel support
- Nov. 30, 2024, deadline for abstract submission
- Jan. 31, 2025, deadline for registration
Maximum number of participants: 120 (accepted in order of registration)
Registration Fee: Free (Lunch and dinner are at your own expense)
Language: English
Course contents: 2.5-day workshop + 1.5-day intermediate course
If you have any questions about the course, please contact us via the PHITS website (https://phits.jaea.go.jp/contact/edit/en).
Scope of the Event
Recently, PHITS has been used by more than 10,000 researchers from over 70 countries in a wide range of research areas, including nuclear engineering, medical physics, radiation biology and protection, and cosmic-ray research. However, communication between PHITS users is not very active because they generally attend conferences specific to their own research fields and rarely have the chance to meet other PHITS users studying different fields.
To address this issue, we have decided to organize the first PHITS International Workshop and Intermediate Course in Tokai, Japan, creating an opportunity for PHITS users from various research fields and countries to come together. Therefore, we encourage you to participate in this event and present the results of your study using PHITS on any topic. We look forward to seeing you in Japan this winter.
Registration and Abstract Submission
If you want to present your scientific outcomes in this workshop, please prepare an abstract and submit it via our contact page before Nov. 30th, 2024. The template of the abstract is available for MS_WORD and TEX. Please convert your abstract in PDF format when submitting. For registration, please follow the instructions below:
- Select "PHITS tutorial registration" under Category
- Fill your information in Affiliation, Position, Name, Email address, Registration status, and PHITS version columns. Please note that you must be a "Current user" as obtaining a PHITS license is required prior to registration.
- Select "PHITS workshop at JAEA 2025" under Tutorial to attend
- Attach your abstract in PDF format as Application form, CV, Others.
- Attach scan of your passport (if visa needed).
You can present any results obtained using PHITS at this workshop, even if they have already been published. The first author is expected to present the content at the workshop. If you can attend either the workshop or the intermediate course, please mention this in Message body. If you do not wish to give a presentation, you can register by Jan. 31th, 2025.
Travel Support
As the main purpose of this event is to strengthen the PHITS community, we would like to invite as many young researchers from around the world as possible. Accordingly, we offer travel support to every single one of the applicants who satisfies all three conditions listed below:
- The applicant is a student or a postdoctoral researcher (fixed-term position)*1
- The applicant has published a paper as the 1st author (or corresponding author) that presents results obtained using PHITS in a scientific journal*2
- The applicant will give a presentation at this workshop.
If you meet these conditions, this is an ideal opportunity to visit Japan and make many international friends who share common interests with you. The details of the travel support are as follows:
- For international participants, we will provide a round-trip flight ticket from your nearest airport to Japan (Narita, Haneda, or Ibaraki)
- For domestic participants, we will provide travel expenses including train, domestic flight, and accommodation
Those who request travel support must apply from our contact page by Oct. 31st, 2024 (one month before the abstract submission deadline) by following the procedures below:
- Select "PHITS tutorial registration" under Category
- Fill your information in Affiliation, Position, Name, Email address, Registration status, and PHITS version columns.
- Select "PHITS workshop at JAEA 2025" under Tutorial to attend
- Select "Apply" under Travel support and fill your supervisor's name in the next column
- Write the information on your nearest airport and preferred flight schedule (for international participant) or preferred route from your home to Tokai station (for domestic participant) in Message body.
- Attach the PDF file of your first-authored paper that presents results obtained using PHITS as Application form, CV, Others.
- Write the review status in Message body if your paper has not been published yet. We may be able to provide travel support for participants whose paper is currently under review.
Applicants can send abstracts as another submission separately by Nov. 30th, 2024. Please note that the details of the support may change based on the number of applicants and our budget limitations*3. Therefore, we would appreciate your participation without utilizing our travel support if you have your own budget or by selecting the most economical flight to Japan . You are welcome to extend your stay in Japan before or after the event if you wish. We will provide the detailed support information to each applicant in early November 2024.
*1 We may be able to support also researchers in permanent positions depending on status of remaining our budget. Priority to young researchers or members of developing countries may be applied;
*2 Journal included in Scopus or Web of Science; *3 The operational costs of this workshop, particularly travel support, are mostly covered by the commercial contract fee of PHITS.
Eligibility
Participants must obtain the PHITS license in prior to the registration to the course. It is free of charge, and the instruction to get the license is given here. For persons affiliated with institutes in pre-approved countries listed on the website, we recommend obtaining the license via OECD/NEA databank, as the approval process is much faster.
Participants in the intermediate course must bring a laptop PC with PHITS installed. During the course, they will learn advanced PHITS techniques, such as complicated source & geometry definitions and the variance reduction technique. Thus, it is desirable that all participants have the basic knowledge of PHITS.
Venue and Access
The nearest major international airports are Tokyo-Haneda and Tokyo-Narita. From these airports, you can reach Katsuta, where many participants will stay, and Tokai, where the venue is located, via Shinagawa Station, Tokyo Station, Ueno Station, etc. on the JR Joban Line.
From Haneda Airport
Take the Keikyu Line to Shinagawa Station (about 20 minutes). At Shinagawa Station, transfer to a Hitachi or Tokiwa Limited Express of the JR Joban Line. The Limited Express runs every 30 minutes, and it takes about 90 minutes from Shinagawa to Mito or Katsuta. If you are going directly to Tokai Station, please take a local train at Mito or Katsuta Station. It takes about 15 minutes to get to Tokai Station.
From Narita Airport
Take the JR Narita Express to Tokyo Station (about 1 hour) or the Keisei Skyliner to Ueno Station (about 40 min). At Tokyo or Ueno Station, take a Hitachi or Tokiwa Limited Express of the JR Joban Line (about 80 min), and get off at Mito or Katsuta Station. In addition, highway buses are available, but there are only two bus services per day. The timetable is as follows and the fare is 3400 yen:
- Narita Airport Terminal 3 (14:30) > Terminal 2 (14:35) > Terminal 1 (14:40) > Mito Station (16:40) > Katsuta Station (16:59) > Tokai Station (17:29)
- Narita Airport Terminal 3 (16:00) > Terminal 2 (16:05) > Terminal 1 (16:10) > Mito Station (18:17) > Katsuta Station (18:36) > Tokai Station (19:06)
From Ibaraki Airport
There is a direct flight from Taipei to Ibaraki. From Ibaraki Airport, take a bus to Mito, Katsuta, or Tokai stations.
From Tokai Station to the Workshop Venue (Mirai Base)
Mirai Base (map) is located about 450 m away from east exit of Tokai Station.
A schematic map from Tokai station to Mirai Base.
Frontview of Mirai Base.
Accommodation
There are not many hotels in Tokai Village. Therefore, we recommend booking a hotel near Katsuta or Mito Station. We do not provide hotel booking assistance, except for domestic participants who receive travel support. Please make your hotel reservations on your own.
PHITS Workshop Schedule
PDF version is available here
Abstract is available here
Tuesday, 18 February 2025
- 9:20-9:50 Registration
- 9:50-10:05 Announcement (Tatsuhiko Ogawa, JAEA)
- 10:05-10:10 Welcome message (Toshiyuki Monma, Executive Director of JAEA)
- 10:10-10:15 Opening message (Koji Niita, RIST)
- 10:15-11:50 PHITS workshop (O1. Recent development) Chair: Tatsuhiko Ogawa
- O1-1. General features and recent progresses of PHITS, Tatsuhiko Sato, Japan Atomic Energy Agency, Japan
- O1-2. Track-structure and water-radiolysis simulation in PHITS, Yusuke Matsuya, Hokkaido Univ., Japan
- O1-3. New physics and visualization, Yasuhito Sakaki, KEK, Japan
- O1-4. Introduction to RadioTherapy package based on PHITS (RT-PHITS), Takuya Furuta, Japan Atomic Energy Agency, Japan
- O1-5. New Features in the Upcoming Version of PHIG-3D, Seiki Ohnishi, National Maritime Research Institute, Japan
- O1-6. Features and applications of the DCHAIN-PHITS activation code, Hunter Ratliff, Western Norway University of Applied Sciences, Norway
- (Lunch) + Group photo
- 13:20-15:10 PHITS workshop (O2. Benchmark I) Chair: Tatsuhiko Ogawa
- O2-1. Assessing Secondary Cosmic Ray Propagation and Atmospheric Ionization Using the BIOSPHERE Measurement Campaigns and PHITS/MCNP6 Simulation Codes, Amer Al-Qaaod, Physikalisch-Technische Bundesanstalt (PTB), Germany
- O2-2. Neutron Yield Predictions with Artificial Neural Networks: A Predictive Modeling Approach, Benedikt Schmitz, Institute of Nuclear Physics, TU Darmstadt, Germany
- O2-3. Simulations of Tritium Production in Various Materials Using PHITS and FLUKA Codes, Dali Georgobiani, Fermi National Accelerator Laboratory, USA
- O2-4. Optimization and Evaluation of the Monte Carlo Simulation Model for Various Irradiation Systems and Detectors Utilizing the PHITS Code, Dat Nguyen-Thanh, Ho Chi Minh City University of Education, Vietnam
- O2-5. Activation Characteristics of Concrete Shielding Walls Induced by High-Energy Particle Beams, Euna Lee, Hanyang University, South Korea
- O2-6. Reactor Radiological Characterization using DCHAIN from Reactor Core Source Generated by OpenMC Flux Tally for Reactor Decommissioning Strategic Plan, Handy Tri Lunar Nugraha, Universitas Gadjah Mada, Indonesia
- O2-7. Estimation of neutron induced activity around radioisotope production cyclotron using PHITS, Geant4 and FLUKA, Jonathan Collin, University of Strasbourg, France
- 15:10-16:00 PHITS workshop (P1. Poster session I)
- 16:00-18:10 PHITS workshop (O3. Benchmark II) Chair: Hiroshi Iwase
- O3-1. Investigation of the depth-dose distributions of heavy ions employed in hadron therapy utilizing PHITS code, Hassane El Bekkouri, Ibn Tofail University, Morocco
- O3-2. Direct Production of Both Gallium-68 and Technetium-99m Using the Natural Isotopic Compositions as the Main Targets, Luis Fernando Salas Tapia, The University of Tokyo, Japan
- O3-3. Code-to-code comparison for the Monte Carlo, Luna Sobczak, University Paris-Saclay, CEA, France
- O3-4. Compendium on Monte Carlo simulation of photoneutrons in the Giant Dipole Resonance energy range: the first five elements, Louis Garnaud, CEA, France
- O3-5. Characterization of Secondary Neutron Spectra from Therapeutic Proton and Carbon Ion Beams Using PHITS Simulation, Mohamed El-Asery, Ibn Tofail University, Morocco
- O3-6. Extension of Intranuclear Cascade Framework for Cluster-Induced Nuclear Reactions in the Intermediate Energy Range, Monira Jannatul Kobra, University of Rajshahi, Bangladesh
- O3-7. Neutronic Property Estimation of a Self-cooled Lithium-Lead Blanket Mockup at the IFMIF-DONES Irradiation Environment using PHITS and JENDL/DEU-2020, Takeo Nishitani, Kyoto Fusioneering Ltd / Nagoya University, Japan
- O3-8. Radiation Study for the Pion Production System of the COMET Experiment at J-PARC, Yusuke Uchiyama, KEK, Japan
- 18:30-20:30 Welcome party (6000 yen for staff & 3000 yen for students, CASH only!)
Wednesday, 19 February 2025
- 9:10-10:20 PHITS workshop (O4. Application I) Chair: Shinichiro Abe
- O4-1. PHITS Use at FRIB: Recent Highlights, Thomas Nelson Ginter, Michigan State University, USA
- O4-2. Designing lightweight neutron absorbing composites using a comprehensive absorber areal density metric, Andrew O'Connor, University of Florida, USA
- O4-3. PHITS MC Optimisation of a table-top NRTA system for small nuclear material sample analysis, Cebastien Joel Guembou Shouop, Japan Atomic Energy Agency, Japan
- O4-4. How to change neutron ambient dose equivalent in LINAC’s room, Dang Quoc Soai, Hanoi Oncology Hospital, Vietnam
- (Coffee break)
- 10:40-11:50 PHITS workshop (O5. Application II) Chair: Shinichiro Abe
- O5-1. Lead-Free Yb2O3-Doped Transparent Phosphate Glasses for Radiation Shielding: Analytical and PHITS Monte Carlo Analysis, Devendra Raj Upadhyay, Tribhuvan University, Nepal
- O5-2. Monte Carlo study of neutron contamination from high-energy medical linac, Dewa Ngurah Yudhi Prasada, Universitas Udayana, Indonesia
- O5-3. Evaluation of human equivalent phantom applicability of low-cost 3D filaments by absorbed dose measurement of radiophotoluminescence dosimeter and Monte Carlo simulations, Donghee Han, Kyushu Univ., Japan
- O5-4. Nuclear analysis on the magnetic systems of compact fusion reactors with the Monte Carlo code PHITS, Federico Ledda, Politecnico di Torino, Italy
- (Lunch)
- 13:20-15:10 PHITS workshop (O6. Application III) Chair: Nobuhiro Shigyo
- O6-1. Application of PHITS in Muography Imaging Techniques, Hamid Basiri, The University of Tokyo, Japan
- O6-2. Simulation study on the characteristics of thundercloud-related radiation emitted from atmospheric electric fields, Harufumi Tsuchiya, Japan Atomic Energy Agency, Japan
- O6-3. PHITS Simulations for the design of HBS: A High Brilliance accelerator-based neutron Source, Jing Jing Li, Forschungszentrum Julich GmbH, Germany
- O6-4. Application of additive manufacturing technology in Linac X-ray and synchrotron microbeam radiation therapy: From dosimetry to radiobiology, John Paul O. Bustillo, University of Wollongong Australia, Australia
- O6-5. Evaluation of cosmic rays damage and linear energy transfer on hybrid and inorganic halide lead perovskites in space environment, Joseph Omojola, North-West University, South Africa
- O6-6. Development of a composite neutron converter for DDTTNY measurements: A Monte Carlo simulation study, Kawchar Patwary, Comilla University, Bangladesh
- O6-7. Optimizing a Photoneutron Source for Bragg Edge Imaging and Reproducing Bragg Edges of an α-Fe Sample Using PHITS Code, Mahdi Bakhtiari, Pohang Accelerator Laboratory, South Korea
- 15:10-16:00 PHITS workshop (P2. Poster session II)
- 16:00-17:50 PHITS workshop (O7. Application IV) Chair: Yusuke Matsuya
- O7-1. Design of Self-Cooled Lithium-Lead Fusion Blanket and Analysis of Tritium Breeding Performance with PHITS, Maxim Monange, EX-Fusion America Inc., USA
- O7-2. Lithium battery in-depth analysis with MIXE: setup and simulations with PHITS, Maxime Lamotte, Paul Scherrer Institute, Switzerland
- O7-3. Advancement of Phosphate Glasses Doped with Bismuth Oxide for Photon Shielding Applications, Ornnattha Ornketphon, Chiang Mai university, Thailand
- O7-4. Dosimetric study of a Co-60 HDR Brachytherapy Source using PHITS, Patrick Vincent Aquino, Batangas Medical Center, Philippines
- O7-5. Shielding Optimization: An Approach for Extending PHITS with Machine Learning, Rajarshi Pal Chowdhury, Facility of Rare Isotope Beams, Michigan State University, USA
- O7-6. Validation of Particle and Heavy Ion Transport Code System (PHITS) in generating dose-voxel kernels for internal dosimetry calculations, Shalaine Sana Tatu, Philippine Nuclear Research Institute / Taylor’s University, Philippines / Malaysia
- O7-7. Small-scale bone marrow dosimetry study for 225Ac, Stephen Tronchin, The University of Adelaide, Australia
Thursday, 20 February 2025
- 9:10-10:20 PHITS workshop (O8. Application V) Chair: Yuho Hirata
- O8-1. Neutron spectrometry with DIAMON detector for characterisation of a newly built neutron calibration facility at SCK CEN, Sita Gandes Pinasti, SCK CEN, Belgium
- O8-2. Reduction of the Added Reflected Dose Component at the Patient Location Within a Brachytherapy Room for an Ir-192 Gamma Source: A Monte Carlo Study, Suffian Bin Mohamad Tajudin, Universiti Sultan Zainal Abidin, Malaysia
- O8-3. Determination of mass attenuation coefficient for some Taif City rock samples using XCOM and EPIXS simulations, Sultan J Alsufyani, Ayman M. Abdalla, Rawabi AlThoai, Taif University / Najran University, Saudi Arabia
- O8-4. Cosmic-ray exposure assessment using particle and heavy ion transport code system: case study Douala-Cameroon, Takoukam Soh Serge Didier, University of Yaounde I, Cameroon
- (Coffee break)
- 10:40-11:50 PHITS workshop (O9 Application VI) Chair: Yuho Hirata
- O9-1. Bayesian Optimization of a HPGe detector for 3D activity reconstruction in radioactive waste drums, Victor Jose Casas Molina, SCK CEN / Ghent University, Belgium
- O9-2. Establishing dose coefficients for common paediatric diagnostic fluoroscopic examinations in support of ICRP Task Group 113, Wyatt William Smither, University of Florida, USA
- O9-3. Exploring the energy deposition patterns of proton at macro and microscale using PHITS software, Xianghui Kong, The Hong Kong Polytechnic University, China
- O9-4. Constructions of mesh-type cell models and their application research based on PHITS, Yidi Wang, QST, Japan
- (Lunch)
- 13:20-14:50 PHITS workshop (O10. Application VII & Education) Chair: Takuya Furuta
- O10-1. Analysis of Materials and Thickness of 230 MeV Cyclotron Room Shielding for Proton Beam Therapy using Particle and Heavy Ion Transport Code System Program, Yohannes Sardjono, National Research and Innovation Agency (BRIN), Indonesia
- O10-2. Calculation of the Skyshine Radiation Measurement in Baikal-1 RA Research Reactor using PHITS code, Yusuke Yasuno, Mitsubishi Nuclear Fuel Co., Ltd, Japan
- O10-3. Education on optimizing radiation protection in X-ray fluoroscopy-guided procedures using extended reality, Toshioh Fujibuchi, Kyushu University, Japan
- O10-4. Experience with PHITS Code in the research and training programs at the Nuclear Engineering Area of Technical University of Madrid (Spain), Gonzalo Felipe Fernandez Garcia, Technical University of Madrid, Spain
- O10-5. Thomas Nelson Ginter, Concepts for Enhancing the North American PHITS Community, Michigan State University, USA
- (Coffee break)
- 15:20-17:40 PHITS Intermediate course
- Autorun + Options (Tatsuhiko Ogawa) or Variance reduction (Tatsuhiko Sato)
- 18:00-20:30 (Official dinner) 8000 yen for staffs & 5000 yen for students, CASH only!
Friday, 21 February 2025
- 9:30-11:00 PHITS Intermediate course
- Detector response (Tatsuhiko Ogawa) or X-ray therapy (Takuya Furuta)
- 11:20-12:10 Summary & Discussion Chair: Tatsuhiko Sato
- (Lunch)
- 13:30-16:00 Technical tour (J-PARC) / Q&A
- 16:00-17:30 Q&A
Poster Session I
- P1-1. Design study of the neutron source for the neutron shielding performance test at NDPS of RAON, Cheolmin Ham, Institute for Basic Science, South Korea
- P1-2. Development of a Bonner Sphere Spectrometer for Aviation Neutron Monitoring, Felipe Lopes Frigi, Aeronautics Institute of Technology, Italy
- P1-3. Modeling a list-mode multi-coincidence detection system for neutron and gamma-ray imaging in PHITS, Hunter N. Ratliff, Western Norway University of Applied Sciences, Norway
- P1-4. Evaluation of Parallel Computing on MPI Version PHITS Code, Hyeokjun Gwon, Korea Institute of Radiological & Medical Science, South Korea
- P1-5. Computational evaluation of a two-source neutron irradiator, Jayms S. Sagana, Mapua University, Philippines
- P1-6. Calculation of Absorbed Dose Measurements by Fiber-optic Personnel Radiation Dosimeters through Particle and Heavy Ion Transport code System (PHITS) Simulations, Joaquin Marcquo S. Andal, University of Santo Tomas, Philippines
- P1-7. Development of Directional vector based Quick evaluation method for Protective plate Effects in X ray fluoroscopy (DQPEX), Kyoko Hizukuri, Kyushu University, Japan
- P1-8. Simulation of chest posteroanterior x-ray procedure using stylized phantom and PHITS, Michaela Marie Subion Sta. Ana, University of Santo Tomas, Philippines
- P1-9. Simulation Study of Thick Target Neutron Production for NDPS at RAON, Jaesung Kim, Institute for Rare Isotope Science, Institute for Basic Science, South Korea
Poster Session II
- P2-1. Problem Formulation Using PHITS to Estimate Types and Depth Distribution of Radioactive Isotopes in Soil, Kanata Nokubo, Kagawa University, Japan
- P2-2. Simulation of Radiological Leakage in a Teletherapy Bunker Using PHITS, Noor Farhana Husna A. Aziz, Malaysian Nuclear Agency, Malaysia
- P2-3. Particle Bombardment on Liquid Metal Plasma Facing Components, Nopparit Somboonkittichai, Kasetsart University, Thailand
- P2-4. Design of Si-TlBr Compton Camera Geometry using PHITS for Measuring Prompt Gamma-rays in BNCT, Jiye Qiu, Osaka University, Japan
- P2-5. Exposure Calculation for a Worker with Contaminated Hair, Sangrok Kim, Korea Institute of Radiological and Medical Sciences, South Korea
- P2-6. Feasibility Study of Radiation Shielding Capability and Ion-Matter Interaction Parameters of Common South African Building Bricks Using PHITS Monte Carlo Code, Stephen Friday Olukotun, North-West University, South Africa
- P2-7. Neutronics Progress in Conceptual Design of the Self-Cooled Lithium-Lead SCYLLA Blanket for a Spherical Tokamak, Jun Takamine, Kyoto Fusioneering Ltd, Japan
- P2-8. Monte Carlo Simulation Based Dose Calculation for Varian 2100 CD Linac: A Comparative Study with Clinical Algorithms in Homogeneous and Heterogeneous Media, Tanny Bepari, Gono Bishwabidyalay, Bangladesh
- P2-9. Study of INC model for alpha inelastic scattering at 230 MeV/u, Toshimaza Furuta, Kyushu University, Japan