Grigoryev, V. A., Kolyubin, A. A., Loginov, V. A. Electronic Methods of Nuclear Physics Experimentation (Elektronnye metody yaderno-fizicheskogo eksperimenta), 1988. In Russian.

Григорьев В. А., Колюбин А. А., Логинов В. А.
Электронные методы ядерно-физического эксперимента: Учебное пособие для вузов.
Москва : Энергоатомиздат, 1988.
336 с. : ил. ; Обычный формат. Твердый издательский переплет. Тираж 4200 экз.
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Grigoryev, V., Kolyubin, A., Loginov, V.
Electronic Methods of Nuclear Physics Experimentation: A Textbook for Higher Education Institutions.
Moscow : Energoatomizdat, 1988.
336 pp. : ill. ; Regular format. Hardcover. Edition of 4,200 copies. 

This 1988 textbook is a specialized work reflecting the high level of Soviet expertise in nuclear instrumentation and experimental electronics during the final years of the USSR. Authored by a collective of distinguished specialists and educators from the forefront of nuclear research, the volume was designed to train the next generation of engineers and physicists in the complex art of capturing and processing subatomic events. The text provides a deep dive into the internal logic of nuclear-physical experimental setups, including the arrangement of high-speed pulse electronics, spectrometry systems, and data acquisition hardware. The authors bridge the gap between theoretical particle physics and the practical engineering required to build reliable detectors, coincidence circuits, and amplitude analyzers capable of operating in high-radiation environments.
Spanning 336 pages, the manual details the principles of signal formation in various detectors and the subsequent electronic chains necessary for temporal and energy resolution. Published by Energoatomizdat, the Soviet Union's premier house for atomic energy and physical sciences, the book features numerous circuit diagrams and technical illustrations that were cutting-edge at the time of publication. With a relatively modest print run of 4,200 copies, this hardcover edition was primarily distributed to elite technical universities and research institutes. For bibliophiles of science, historians of technology, and collectors of Soviet atomic-era imprints, this 1988 Moscow volume is a vital primary source, documenting the sophisticated electronic infrastructure that supported the Soviet Union's extensive nuclear research programs.