AccApp’21 Topics

1. ACCELERATOR AND ACCELERATOR DRIVEN FACILITIES

1. Progress at Currently Operating Facilities and Facilities Under Construction
2. Future, Upgrades, and Reset Possibilities
3. Shutdown Plans and Decommissioning Plans
4. Management and Strategy for Accelerator Facilities
5. Accelerator Driven Systems

2. ACCELERATOR AND ACCELERATOR DRIVEN DESIGN AND TECHNOLOGY

1. New Concepts and Prototyping for Accelerator Design (Including Low Energy)
2. Needs for Codes and Model Development
3. New Trends in Instrumentation
4. Radiation Protection and Shielding
5. Availability and Reliability Analyses

3. NUCLEAR DATA

1. Nuclear Reaction Models and Applications
2. Charged Particle, Fission and Fusion Cross-Sections and Applications
3. Photonuclear Cross-Sections and Application
4. High Energy Particle Modeling, Experiments, and Applications

4. ACCELERATORS FOR MATERIAL SCIENCE

1. Advanced Materials for Fission and Fusion Reactors
2. Materials Degradation under Irradiation
3. Materials modification and analysis with ion beams

5. HIGH-POWER ACCELERATOR COMPONENTS AND TARGETS

1. Windows, Beam Monitoring Systems, and Beam Dumps
2. Targets

6. EFFECTS ON MATERIALS FOR MICROELECTRONICS WITH FAST PARTICLES

1. Low Energy Nuclear Methods for Space, Aviation, and Other Applications
2. Radiation Effects in Semiconductor and Microelectronics

7. ACCELERATORS FOR SECURITY AND FORENSICS

1. Border Security
2. Replacing High Activity Sources with Accelerator-Based Irradiators
3. Nuclear Techniques for Forensics

8. ACCELERATORS FOR ENVIRONMENTAL STUDIES

1. Environmental Monitoring
2. Climate Change and Natural Disasters

9. MEDICAL APPLICATIONS OF ACCELERATORS

1. Production of Medical Radioisotopes
2. Hadron Therapy
3. BNCT
4. Radiobiology

10.INDUSTRIAL APPLICATIONS OF ACCELERATORS

1. Electron and X-Ray Irradiation
2. Industrial Applications of Ion Beams

11.ACCELERATORS FOR CULTURAL HERITAGE

1. Authentication, Dating, and Characterization
2. Conservation