High Reliability Safeguards approach to remotely handled nuclear processing facilities: Use of discrete event simulation for material throughput in fuel fabrication

Author:

Lee JieunORCID,Tolman Malachi,Borrelli R.A.ORCID

Publisher

Elsevier BV

Subject

Mechanical Engineering,Waste Management and Disposal,Safety, Risk, Reliability and Quality,General Materials Science,Nuclear Energy and Engineering,Nuclear and High Energy Physics

Reference59 articles.

1. Material accountability: Theory, Verification, Applications. International Institute for Applied Systems Analysis;Avenhaus,1977

2. Proliferation resistance and physical protection evaluation methodology: objectives, accomplishments, and future directions;Bari;Nucl. Technol.,2012

3. Battles, J.E., Miller, W.E., Lineberry, M.J., Phipps, R.D., 1992. IFR fuel cycle. In: Proc., American Power Conference, Chicago, IL, 13–15 April 1992.

4. Borrelli, R.A., Tolman, M., 2016. Development of a discrete event simulation model for pyroprocessing safeguardability. In: Proc., 2016 American Nuclear Society Winter Meeting, Las Vegas, Nevada, 06–10 November, 2016.

5. Functional components for a design strategy: hot cell shielding in the high reliability safeguards methodology;Borrelli;Nucl. Eng. Des.,2016

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