Titlebook: Earthquake Engineering for Nuclear Facilities; Masanori Hamada,Michiya Kuno Book 2017 Springer Science+Business Media Singapore 2017 Nucle

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Furthermore, the earthquake-resistant design of facilities used for the nuclear fuel cycle is explained. In particular, for the disposal of slightly radioactive waste, the concept of clearance and the clearance level are explained.

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War and the General Strike, 1914–26sunami: to shut down the reactor (.), to cool down the reactor under a specified temperature and maintain a stable condition (.), and to confine so as to prevent radioactive materials from being released into the surrounding environment (.). This chapter explains the mechanism of nuclear power gener

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History of Capitalism, 1500-1980he loss of safety-related functions of nuclear power plants and to avoid the effects of radiation on the public in a large affected region. The standard seismic motion .. is assessed based on the source properties of the active faults, the propagation characteristics of the seismic waves from the so

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A New Central Europe or Past as Prologue?,d functions of ., ., and .. This chapter provides an overview of earthquake-resistant design of equipment and piping systems, and describes a method for determining seismic loads for use in the design and the design procedure. In addition, an assessment of the functioning of valves and pumps during

SEVER

Twentieth-Century Charismatics,Those civil engineering structures that support important safety equipment and piping systems and those that assist in cooling water delivery to the reactor and spent fuel cooling facilities in an emergency are referred to as “important civil engineering structures.” This chapter describes the earth