Atomic collision Phenomena in Solids - PALMER D.W.
KORTE INHOUD
Hardcover, dj, in-8, 663 pp., illustrations, index.
"Atomic Collision Phenomena in Solids" by D.W. Palmer explores the effects of atomic collisions on solid materials. The book focuses on the interactions between energetic atoms and the atomic structure of solids, providing detailed explanations of the physical processes that occur during these collisions. Topics covered include the theoretical models of atomic collisions, experimental methods for studying these phenomena, and the practical implications for materials science and physics, particularly in areas like radiation damage and material properties under extreme conditions.
"Atomic Collision Phenomena in Solids" by D.W. Palmer explores the effects of atomic collisions on solid materials. The book focuses on the interactions between energetic atoms and the atomic structure of solids, providing detailed explanations of the physical processes that occur during these collisions. Topics covered include the theoretical models of atomic collisions, experimental methods for studying these phenomena, and the practical implications for materials science and physics, particularly in areas like radiation damage and material properties under extreme conditions.
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PALMER D.W.
Atomic collision Phenomena in Solids
Hardcover, dj, in-8, 663 pp., illustrations, index.
"Atomic Collision Phenomena in Solids" by D.W. Palmer explores the effects of atomic collisions on solid materials. The book focuses on the interactions between energetic atoms and the atomic structure of solids, providing detailed explanations of the physical processes that occur during these collisions. Topics covered include the theoretical models of atomic collisions, experimental methods for studying these...
Atomic collision Phenomena in Solids
Hardcover, dj, in-8, 663 pp., illustrations, index.
"Atomic Collision Phenomena in Solids" by D.W. Palmer explores the effects of atomic collisions on solid materials. The book focuses on the interactions between energetic atoms and the atomic structure of solids, providing detailed explanations of the physical processes that occur during these collisions. Topics covered include the theoretical models of atomic collisions, experimental methods for studying these...