Stark broadening of silicon III and silicon IV lines shows significant alteration at varying electric fields, emphasizing their sensitivity.
The analysis indicates a maximum broadening of 0.15 nm for silicon III under high field strengths, supporting theoretical models of light-matter interactions.
Using quantum mechanical calculations, this study evaluates stark broadening effects on relevant spectral lines for silicon ions, contributing to astrophysical observations.
These findings may enhance our understanding of stellar atmospheres, suggesting atomic interactions need further exploration in related environments.