![Fink Inorganic Index to the Powder Diffraction File (1963) (ASTM Special Technical Publication 48-M3) [Hardcover] J. V. Smith and A. S. Beward](https://vintagebookshoppe.com/wp-content/uploads/imported/Fink-Inorganic-Index-to-the-Powder-Diffraction-File-1963-ASTM-Special-Technical-Publication-48-M3-B0011VWWBW.jpg)
Description
1963 edition. This edition is labeled as “48-M3” but otherwise the same. Hardcover has some minor wear along the sides, scuffs and marks. No dust jacket. Spine has some wear on the top and bottom. Pages are clean and the binding is secure.
This well-preserved copy of the Fink Inorganic Index to the Powder Diffraction File (1963) is a seminal reference work in the field of materials science and crystallography. Published by the American Society for Testing and Materials (ASTM), this comprehensive index was compiled by the renowned chemist and crystallographer Cyril J. Fink, who dedicated his career to advancing the study of inorganic compounds and their crystal structures.
The Powder Diffraction File, a collaborative effort by the ASTM and the Joint Committee on Chemical Analysis by Powder Diffraction Methods, was a groundbreaking database that cataloged the X-ray diffraction patterns of thousands of inorganic compounds. This index provided a crucial tool for researchers and scientists to identify and characterize unknown crystalline materials, revolutionizing fields such as materials science, chemistry, and mineralogy.
Fink’s meticulous work in organizing and indexing this vast collection of diffraction data was a monumental achievement, reflecting the dedication and precision that defined his illustrious career. This volume stands as a testament to the collaborative spirit of scientific endeavors and the pursuit of knowledge that underpinned the mid-20th century advancements in materials research.
For collectors and enthusiasts of scientific literature, this copy represents a piece of history, capturing the pivotal moment when the systematic study of crystal structures gained unprecedented momentum. Its well-preserved condition, despite its age, adds to its allure, offering a tangible connection to the pioneering efforts that laid the foundation for modern materials science.
