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Shanqi Chen · Study

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Shanqi Chen

5 works· latest 2021· 2 institutionscluster: provisionalORCID 0000-0001-8156-8826

h-index5

i103

Citations63

Works here5

15

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Most cited in this library

Fault-tree-based instantaneous risk computing core in nuclear power plant risk monitor2016 · 23 citations
A new method for safety classification of structures, systems and components by reflecting nuclear reactor operating history into importance measures2021 · 13 citations
A new importance assessment method for risk-informed SSC categorization2018 · 10 citations
A quantitative risk assessment methodology based on CCDF risk curve for accidental releases from fusion reactors2020 · 9 citations
Efficient reduction and modularization for large fault trees stored by pages2015 · 8 citations

Works

5 shown

A new method for safety classification of structures, systems and components by reflecting nuclear reactor operating history into importance measures

Nuclear Engineering and Technology·2021·6 authors·Open access

13citations

A quantitative risk assessment methodology based on CCDF risk curve for accidental releases from fusion reactors

Nuclear Materials and Energy·2020·5 authors·Open access

9citations

A new importance assessment method for risk-informed SSC categorization

International Journal of Energy Research·2018·6 authors·Open access

10citations

Fault-tree-based instantaneous risk computing core in nuclear power plant risk monitor

Annals of Nuclear Energy·2016·7 authors

23citations

Efficient reduction and modularization for large fault trees stored by pages

Annals of Nuclear Energy·2015·5 authors

8citations