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Scientific Program

SCOPE AND TOPICS

A series of plenary sessions will address the topics listed below in the tracks, and the conference programme will include invited keynote speakers from academia and industry, giving oral presentations and participating in panel discussions. In addition, poster sessions will be organized to allow ample time for discussion and interaction among participants. Finally, a closing round table session will review the main conclusions drawn in the plenary sessions and will summarize recommendations for the future development of radiation sciences and technologies.

TARGET AUDIENCE

This conference will focus on applications of radiation science and technology, which is a multidisciplinary area covering many branches including radiation-related physics, chemistry, materials science, biology, engineering and industrial applications. Accordingly, the target audience for this conference comprises, but is not limited to:

• Radiation technologists;
• Entrepreneurs or stakeholders involved in applications of radiation technologies;
• Research scientists engaged in nuclear and radiation research;
• Policy makers and regulators.

  • Track 1: Advanced radiation chemistry and trends in radiation science and technology

    ARC
  • Track 2: Emerging roles of radiation sciences and technology in environmental monitoring and protection

    EMP
  • Track 3: Dosimetry, standards and quality management of irradiation facilities

    DQMS
  • Track 4: Advanced materials: from fundamentals to applications

    AM
  • Track 5: New generation of radiation sources: gamma ray, electron beam, and X-ray

    GEX
  • Track 6: Alternative radiation sources based on accelerator technologies

    ARS
  • Track 7: Radiation sterilization and microbiological qualification

    RSMQ
  • Track 8: Radiation & nuclear technologies for characterization, imaging, and preservation of cultural heritage

    CH
  • Track 9: Tracers and radiotracers applications for studying industrial and environmental processes and flow visualisation

    TRA
  • Track 10: Sealed sources nucleonic control and measurement systems and imaging technologies

    NCS
  • Track 11: Computational fluid dynamic (CFD) and numerical Residence Time Distribution (RTD) modelling

    CFD-RTD
  • Track 12: Recent radiation processing applications in food and agriculture

    AFA
  • Track 13: Radiation technologies in tissue banking and tissue engineering

    TBE
  • Track 14: Education and training in radiation science and technology

    EDU
  • Track 15: Radiation sciences & technology success stories in support of attaining UN-SDGs

    SDG