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Opening day
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Submission deadline
The 2024 International Topical Meeting on Nuclear Applications of Accelerators conference will follow the usual format of plenary and parallel sessions.
The call for abstracts will open July 10, 2023 and will close on January 31, 2024. Exceptional contributions may be promoted to a plenary talk by the Program Committee. All accepted talks and posters will be allocated space in the published proceedings of 2024 International Topical Meeting on Nuclear Applications of Accelerators. The proceedings will be published in an open access journal after papers have been peer-reviewed under the supervision of the Program Committee.
Submissions
Abstract acceptance notifications should occur after January 29, 2024
Last date Abstracts will be considered for an oral presentation is January 29, 2024.
Parallel talks are allotted a total time of 15 minutes, including questions.
Plenary talks are allotted a total time of 30 minutes, including questions.
Oral presentation slides should be prepared in 16:9 widescreen format.
Posters are requested to be in A0 portrait format (841 mm W x 1189 mm H). Posters will be on display the day before and of their poster session. Posters will be recycled if not picked up prior to after their session. Tuesday Poster Session should be prepared to bring their poster on Monday and find their assigned positions. Thursday Poster Session may begin to set up their posters on Wednesday morning.
All accepted talks and posters will be allocated space in the peer-reviewed proceedings of the 2024 International Topical Meeting on Nuclear Applications of Accelerators. The paper submission and review will be scheduled after the conference.
2024 International Topical Meeting on Nuclear Applications of Accelerators
List of Tracks Associated Keywords
Track 1:
Accelerator Facilities
Progress at currently operating facilities and facilities under construction; Future, upgrades, and reset possibilities; Shutdown plans and decommissioning plans; Management and strategy for accelerator facilities; Accelerator Driven Systems
Track 2:
Accelerator Design and Technology
New concepts and prototyping for accelerator design (including low energy); Needs for codes and model development; new trends in instrumentation; Radiation protection and shielding; Availability and reliability analyses
Track 3:
High-power Accelerator Components and Targets Windows, beam monitoring systems, and beam dumps; Targets
Track 4:
Nuclear Data Nuclear reaction models and applications; Charges particle, fission and fusion cross-sections and application; Photonuclear cross-sections and applications; High energy particle modeling, experiments, and applications
Track 5:
Accelerators for Material Science New structural materials for fission and fusion reactors; Effects of heavy ions on materials; Effects on materials for microelectronics with fast particles; Low energy methods for space, aviation, and other applications
Track 6:
Accelerators for Security and Forensics Border security; Replacing high activity sources with accelerator-based irradiators; Nuclear techniques for forensics
Track 7:
Accelerators for Environmental Studies
Environmental monitoring; Climate change and natural disasters
Track 8:
Medical Applications of Accelerators Production of medical radioisotopes; Hadron therapy; BNCT; Radiobiology
Track 9:
Industrial Application of Accelerators
Electron and x-ray irradiation; Industrial applications of ion beams
Track 10:
Accelerators for Cultural Heritage
Authentication, dating, and characterization; Conservation
Track 11:
Compact Accelerators
Accelerator technology; Gamma Ray production; General applications
