This paper presents a detailed methodology for LPSA. One part of this methodology is Advanced Control Room Operator Support System (ACROSS) which is helpful for updating the LPSA model. This methodology also provides help to make the control rooms in Nuclear Power Plants (NPPs) more advanced and user friendly.
The core of LPSA is a risk model of the plant which adequately reflects the current design and operational features (IAEA, 1999a). LPSA can also be defined in different ways such as a daily safety management system which is based on plant specific PSA and supporting information system.
LPSA: a formally documented PSA model of a plant used to determine the average risk based on the expected unavailability of systems and components. It is updated on a regular, but not necessary frequent, basis.
The LoGICA Framework now consists of three parts: (i) the LoGICA Intergovernmental Context provides an overview of a country''s background, territorial-administrative organization, subnational governance arrangements, and functional assignments; (ii) the LoGICA Country Profile captures detailed information about multilevel governance
A Comparative Overview of Local Governance Systems October 4, 2015 LPS Alliance Decentralization The mission of the Local Public Sector Initiative is to advance the global development community''s understanding of the role of the local public sector in achieving inclusive and sustainable development.
An environmentally sustainable, superior alternative is our LPSA (light prestressed segmented arch) engineering system. This reduces bridge building to assembling a kit of compact parts that can be easily manufactured and transported, resulting in considerable cost, energy, and capital investment savings.
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