The Effective Wave-Length in White-Light Interferometry

"The Effective Wave-Length in White-Light Interferometry" is a rigorous scientific study by Fred Allison that delves into the intricate measurement of light waves. Focused on the field of optics, this work addresses the specific challenges involved in determining the effective wave-length when employing white light within an interferometer.

Allison provides a detailed examination of the physical principles governing interference patterns, exploring how the multi-chromatic nature of white light impacts the precision of optical measurements. The text offers a combination of theoretical framework and experimental data, aiming to establish a more accurate understanding of wave-length values in complex lighting conditions.

As a significant contribution to early 20th-century physics, this volume is an essential reference for those studying optical metrology, the history of experimental science, and the foundational techniques used in light research. Scholars and researchers will find Allison's methodical approach to white-light interferometry both informative and vital to the evolution of optical physics.

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