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Additional resources for Design, Devel Status of Small and Medium Reactor Systems (IAEA TECDOC-881)
The design characteristics that are related to mitigation of accident consequences are identified in the descriptions in relation to the safety functions that they must assure during severe accidents. In order to indicate these relationships and the implemented functional redundancies it is suggested that the main plant features (systems and inherent characteristics) should be classified versus the safety functions for Design Basis Accidents and for further certain hypothetical conditions (Beyond Design Basis/BDB).
D. 2. Design approach1 Advances in technology and the lessons learned from experience have always been introduced into the new designs. Reactor designs under development implement these advances in technology differently and to a varying extent. The design approach can be classified from a technology implementation point of view as follows: a) Evolutionary design Evolutionary designs based on proven technology demonstrated in practice, incorporating some improvements, but no substantial changes, modifications, or novel features.
In order to indicate these relationships and the implemented functional redundancies it is suggested that the main plant features (systems and inherent characteristics) should be classified versus the safety functions for Design Basis Accidents and for further certain hypothetical conditions (Beyond Design Basis/BDB). Their passivity and the distinction between safety grade and non-safety grade are identified. 1 The cliff edge is a discontinuity in the relationship between the frequency and the consequences that define the risk (risk-frequency x consequences) 38 5.