Tsetskhladze, T. V. (Ed.) Nuclear-Chemical Phenomena in Solids (Yaderno-khimicheskie yavleniya v tverdykh telakh), 1968. In Russian.

Ядерно-химические явления в твердых телах. / Академия наук ГССР, Институт физики; Под редакцией Т. В. Цецхладзе.
Тбилиси : Мецниереба, 1968.
119 с. : ил. ; Обычный формат. Мягкая издательская обложка. Тираж 800 экз.
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Nuclear-Chemical Phenomena in Solids. / Academy of Sciences of the GSSR, Institute of Physics; Edited by T. V. Tsetskhladze.
Tbilisi : Metsniereba, 1968.
119 pp. : ill. ; Regular format. Original softcover. Edition of 800 copies.

This 1968 scientific volume represents a specialized contribution to the fields of radiation chemistry and solid-state physics, documenting the research conducted at the Institute of Physics of the Academy of Sciences of the Georgian SSR. Edited by the prominent Georgian scientist Teimuraz Tsetskhladze, the text provides a deep dive into the internal logic of atomic interactions within crystalline structures, including the arrangement of chemical processes triggered by nuclear transformations and ionizing radiation. The collected papers explore the kinetic and thermodynamic aspects of defects in solids, the behavior of radioactive isotopes in various matrices, and the structural changes induced by high-energy particles—topics that were at the forefront of late-1960s nuclear material science and reactor technology.
Published by Metsniereba, the primary academic press of Georgia, the book showcases the high caliber of the Tbilisi physics school during the Soviet era. Across its 119 pages, the work includes technical diagrams, charts, and mathematical models detailing the migration of atoms and the energy dissipation in irradiated materials. Given its highly specialized nature and an exceptionally small print run of only 800 copies, this volume is a significant bibliographical rarity for historians of science and collectors of academic literature. For bibliophiles and researchers of Caucasian scientific heritage, this 1968 Tbilisi imprint is a vital primary source, capturing the intersection of nuclear physics and chemistry during a period of rapid technological advancement in the Soviet republics.