Investigating the Influence of Constant Magnetic Field on Neutron-irradiated LiF and LiF: OH Crystals: Insights for Cooperative Communication in Wireless Networks

This abstract explores the influence of a constant magnetic field on neutron-irradiated LiF and LiF: OH crystals and its implications for cooperative communication in wireless networks. The study investigates the structural and magnetic properties of these crystals under the influence of a constant magnetic field, with a focus on understanding their behavior in wireless communication systems. The findings provide insights into the interaction between the constant magnetic field and the crystals, shedding light on their potential for cooperative communication applications. By understanding the effects of the magnetic field on these crystals, researchers can optimize wireless network designs and enhance cooperative communication protocols for improved performance and reliability. This research contributes to the advancement of cooperative communication in wireless networks, offering new possibilities for efficient and robust wireless communication systems.