The Chemistry of Uranium, Part 1: The Element, Its Binary and Related Compounds [Paperback] Katz, Joseph J; Rabinowitch, Eugene and Dean, Gordon

$47

Paperback cover has some wear. Pages are clean and the binding is secure.

This Cold War-era scientific text offers a comprehensive analysis of uranium’s chemistry by renowned nuclear scientists Katz, Rabinowitch, and Dean. Its historical significance lies in advancing the understanding of nuclear fission and atomic energy, which shaped the 20th century’s geopolitical landscape. With clean pages and a secure binding, this copy invites collectors and enthusiasts to explore a pivotal era in nuclear science’s development.

1 in stock

SKU: VB14-026 Categories: , , , Product Condition: Used

Description

Paperback cover has some wear. Pages are clean and the binding is secure.

This fascinating volume, published in the midst of the Cold War era, delves into the intricate chemistry of uranium, the radioactive element that fueled the nuclear age. Written by esteemed scientists Joseph J. Katz, Eugene Rabinowitch, and Gordon Dean, “The Chemistry of Uranium, Part 1” offers a comprehensive exploration of the element’s properties, binary compounds, and related materials.

Katz, a pioneer in nuclear chemistry, and his colleagues present a meticulous analysis of uranium’s atomic structure, isotopes, and chemical behavior, providing invaluable insights for researchers and scholars alike. The book’s historical significance lies in its contribution to the understanding of nuclear fission and the development of atomic energy, which profoundly shaped the 20th century’s geopolitical landscape.

This well-preserved copy, with its clean pages and secure binding, stands as a testament to the enduring value of scientific knowledge. For collectors and enthusiasts of nuclear science, this volume represents an opportunity to delve into a pivotal era in human history, when the mysteries of the atom were gradually unveiled, paving the way for both remarkable technological advancements and sobering ethical considerations.

Additional information

Weight 29 lbs
Dimensions 3.4 × 15.4 × 22.9 in
Publisher

Binding

Publication date

Number of pages

Author

,