Scopes
Topic 1: Applied Physics
Condensed Matter Physics and New Materials
Physics and Applied Physics
Nuclear physics
Sound/Electricity/Light/Heat
Atomic Physics
Solid State Physics
Structure and physical properties
Electrical and Electronic Technology
Semiconductor Physics
Optoelectronics
Optoelectronic Technology and Its Applications
Nuclear electronics
Nuclear Technology and Applications
Vibration, Noise and Their Control
Electro-acoustic technology
Circuit Principles and Analysis
Quantum Electronic Informatics
Photonics informatics
Space Science and Technology, etc
Topic 2: Nuclear Science
Nuclear physics
Nuclear Chemistry
Nuclear Engineering
Radiation biology
Nuclear Waste Management
Reactor Physics and Transport Theory
Reactor engineering
Advanced/Next Generation Reactor
Alternative reactor technology
Nuclear fuel and materials
Fuel cycle and isotopes
Nuclear and chemical waste disposal/management
Nuclear radiation detection and protection
Radiation shielding/radiation applications
Thermal Hydraulics/Neutronics
Computational Fluid Dynamics (CFD)
Fusion Engineering
Nuclear/Atomic Energy
Innovative Design of Nuclear Power Plants
Power plant system, structure, and components
Power station operation, maintenance, and management
Nuclear instrumentation and control
Accelerator, spectrometer, detector, etc
Nuclear magnetic resonance spectroscopy
Pulse power technology and applications
Nuclear safety and security
Standardization, licensing, and regulations
Nuclear education, public acceptance and attitude
Nuclear Medicine and Biology
Topic Three: Radiation
Atomic and collective processes of radiation effects
Basic knowledge on the generation and stability of atomic and electronic defects
Microstructure evolution and material modification induced by irradiation
Fundamentals, Theory, and Computer Simulation
Research progress on defects and material characterization
Radiation response of nanomaterials
Rapid heavy ion irradiation
Neutron irradiation
Laser solid interaction
Electron solid interaction
Irradiated material
Simple and complex oxides
Carbides and nitrides
Polymer
Ionic crystals
Semiconductor and scintillation materials
Glass and silica
Carbon-based materials
Nanocomposite materials and nanostructured materials
Condensed Matter Physics and New Materials
Physics and Applied Physics
Nuclear physics
Sound/Electricity/Light/Heat
Atomic Physics
Solid State Physics
Structure and physical properties
Electrical and Electronic Technology
Semiconductor Physics
Optoelectronics
Optoelectronic Technology and Its Applications
Nuclear electronics
Nuclear Technology and Applications
Vibration, Noise and Their Control
Electro-acoustic technology
Circuit Principles and Analysis
Quantum Electronic Informatics
Photonics informatics
Space Science and Technology, etc
Topic 2: Nuclear Science
Nuclear physics
Nuclear Chemistry
Nuclear Engineering
Radiation biology
Nuclear Waste Management
Reactor Physics and Transport Theory
Reactor engineering
Advanced/Next Generation Reactor
Alternative reactor technology
Nuclear fuel and materials
Fuel cycle and isotopes
Nuclear and chemical waste disposal/management
Nuclear radiation detection and protection
Radiation shielding/radiation applications
Thermal Hydraulics/Neutronics
Computational Fluid Dynamics (CFD)
Fusion Engineering
Nuclear/Atomic Energy
Innovative Design of Nuclear Power Plants
Power plant system, structure, and components
Power station operation, maintenance, and management
Nuclear instrumentation and control
Accelerator, spectrometer, detector, etc
Nuclear magnetic resonance spectroscopy
Pulse power technology and applications
Nuclear safety and security
Standardization, licensing, and regulations
Nuclear education, public acceptance and attitude
Nuclear Medicine and Biology
Topic Three: Radiation
Atomic and collective processes of radiation effects
Basic knowledge on the generation and stability of atomic and electronic defects
Microstructure evolution and material modification induced by irradiation
Fundamentals, Theory, and Computer Simulation
Research progress on defects and material characterization
Radiation response of nanomaterials
Rapid heavy ion irradiation
Neutron irradiation
Laser solid interaction
Electron solid interaction
Irradiated material
Simple and complex oxides
Carbides and nitrides
Polymer
Ionic crystals
Semiconductor and scintillation materials
Glass and silica
Carbon-based materials
Nanocomposite materials and nanostructured materials
Important Dates/重要日期
- Submission Deadline: 2026.4.20
- Registration Deadline: 2026.4.27
- Conference Date: 2026.5.10
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: com_conference@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
田老师
+86-17162865530(微信同号)
3766818743
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