Investigate the Influence of Glass Temperature on the Absorption Coefficient of Helium-Neon (He-Ne) Laser Radiation

Density of the glass and the speed of their movement at high temperatures. As the temperature increases, the behaviour and movement of photons within the material changes, leading to more significant interactions that affect how the laser is absorbed. Overall, the results highlight the relationship between temperature and optical properties of glass, emphasizing the importance of understanding these effects for applications in materials science and engineering. The results of the study are consistent with previous research on visual materials, which confirms the hypotheses and theoretical equations that were used in the research. It studies the variables that affect optical devices at different thermal conditions, and provides valuable new practical insights for the design of modern optical components. Key findings enhance and confirm understanding of the interactions of the laser beam with materials, especially glass, which is critical for improving performance in practical and medical laser applications.