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Historical dictionary of nuclear, biological, and chemical warfare
\"This second edition of Historical Dictionary of Nuclear, Biological and Chemical Warfare contains a chronology, an introduction, and an extensive bibliography. It has more than 700 cross-referenced entries on terms related to nuclear, biological and chemical warfare.\"--Provided by publisher.
Destruction of linear part of pipeline under influence of highfrequency pressure change
2018
The article deals with the vibrations of the pipe surface, connected with the change in pressure, which can lead to the destruction of the linear part.
Journal Article
German Historians and the Bombing of German Cities
by
Von Benda-Beckmann, Bas
in
Allied bombings Historiography Second World War Germany
,
AUP Wetenschappelijk
,
Bombing, Aerial
2015,2025
Today, strategic aerial bombardments of urban areas that harm civilians, at times intentionally, are becoming increasingly common in global conflicts. This book reveals the history of these tactics as employed by nations that initiated aerial bombardments of civilians after World War I and during World War II.As one of the major symbols of German suffering, the Allied bombing left a strong imprint on German society. Bas von Benda-Beckmann explores how German historical accounts reflected debates on post-war identity and looks at whether the history of the air war forms a counter-narrative against the idea of German collective guilt. Provocative and unflinching, this study offers a valuable contribution to German historiography.
Correction: Coleman, K.; Kuenzer, C. Forest Fragmentation in Bavaria: A First-Time Quantitative Analysis Based on Earth Observation Data. Remote Sens. 2025, 17, 2558
2025
Text Correction [...]
Journal Article
The subduction of the west Pacific plate and the destruction of the North China Craton
2019
While a general concensus has recently been reached as to the causal relationship between the subduction of the west Pacific plate and the destruction of the North China Craton, a number of important questions remain to answer, including the initial subduction of west Pacific plate beneath the eastern Asian continent, the position of west Pacific subduction zone during the peak period of decratonization (i.e., Early Cretaceous), the formation age of the big mantle wedge under eastern Asia, and the fate of the subducted Pacific slab. Integration of available data suggests that the subduction of the western Pacific plate was initiated as early as Early Jurrasic and the subduction zone was situated to 2,200 km west of the present-day trench in the Early Creataceous, as a result of eastward migration of the Asian continent over a distance of ca. 900 km since the Early Cretaceous. The retreat of the subducting west Pacific plate started ∼145 Ma ago, corresponding to the initial formation of the big mantle wedge system in the Early Cretaceous. The subduction of the Pacific slab excerted severe influence on the North China Craton most likely through material and energy echange between the big mantle wedge and overlying cratonic lithosphere. The evolution history of the west Pacific plate was reconstructed based on tectonic events. This allows to propose that the causes of phases A and B for the Yanshanian orogeny were respectively related to rapid low-angle subduction and to lowering subduction angle of the west Pacific plate. At ca. 130–120 Ma, the subduction of the west Pacific plate was characterized by increasing subducting angle, slab rollback and rapid trench retreat, leading to the final stagnation of the subducting slab within the mantle transition zone. This process may have significantly affected the physical property and viscosity of the mantle wedge above the stagnant slab, resulting in non-steady mantle flows. The ingression of slab-released melts/fluids would significantly lower the viscosity of the mantle wedge and overlying lithosphere, inducing decratonization. This study yields important bearings on the relationship between the subduction of the west Pacific plate and the evolution of the lithospheric mantle beneath the North China Craton.
Journal Article