International Conference on Advances in Radiation Chemistry and Physics
(ICARCP-27)

This track focuses on the essential principles governing radiation physics, including interaction mechanisms such as scattering and absorption of photon and particle radiations. It aims to explore the mathematical methods and reference data that underpin these fundamental processes.

This session will cover the latest advancements in radiation sources and detectors, including their response functions and applications in various fields. Participants are encouraged to present novel detection methodologies and their implications for radiation measurement.

This track delves into the kinetics and mechanisms of radiolysis reactions induced by ionizing radiation. It will highlight recent findings on ionic and radical reactions, emphasizing their significance in both fundamental research and practical applications.

This session will explore the intersection of nanotechnology and radiation, particularly focusing on nanoparticle production through ionizing radiation. Discussions will include the implications of radiation-induced processes on nanomaterials and their potential applications.

This track will address the physics of radiation transport, including buildup factors and the basic principles of dosimetry. Presentations will focus on the theoretical and practical aspects of measuring and modeling radiation fields.

This session will investigate the polarization effects in radiation physics and the behavior of periodic structures, such as Bragg diffraction and channeling. Contributions will explore the theoretical underpinnings and experimental observations in these areas.

This track will focus on the effects of ionizing radiation on polymers, including radiation-induced chain reactions and polymerization processes. Participants will discuss the implications of dose and dose rate effects on material properties.

This session will highlight the development and application of computational models to understand radiation chemical reactions. Contributions will include simulations and theoretical studies that provide insights into reaction mechanisms and kinetics.

This track will explore the use of ionizing radiation for pollutant removal and environmental remediation. Presentations will focus on innovative approaches and case studies demonstrating the effectiveness of radiation in addressing environmental challenges.

This session will cover advancements in X-ray fluorescence and related spectroscopy techniques, emphasizing their applications in material characterization. Participants are invited to share novel findings and methodologies in this area.

This track will focus on the latest trends and future directions in radiation physics and chemistry, including interdisciplinary approaches and novel applications. Discussions will encompass both theoretical advancements and practical implementations.