Collisional Effects On Molecular Spectra: Laboratory Experiments And Models, Consequences For Applications

Explore the intricate world of molecular spectroscopy with “Collisional Effects on Molecular Spectra.” This comprehensive paperback delves into the impact of collisions on molecular spectra, bridging the gap between laboratory experiments, theoretical models, and real-world applications.

Gain insights into how intermolecular collisions alter spectral line shapes and intensities, influencing the accuracy of spectroscopic measurements. Discover the methodologies employed in laboratory settings to probe collisional effects, and learn how these experimental findings are used to refine theoretical models.

Understand the practical implications of collisional effects across various fields, including atmospheric science, astrophysics, and combustion research. Explore how a deep understanding of these phenomena is crucial for accurate remote sensing, spectral analysis of celestial objects, and the development of efficient combustion technologies.

This book provides a valuable resource for researchers, graduate students, and professionals seeking a thorough understanding of the role of collisions in shaping molecular spectra and their far-reaching consequences.