Proliferation resistance evaluation of an HTGR transuranic fuel cycle using PRAETOR code

Author:

Aoki TakeshiORCID,Chirayath Sunil S.ORCID,Sagara Hiroshi

Funder

Tokyo Institute of Technology

Texas A&M University

USA

Publisher

Elsevier BV

Subject

Nuclear Energy and Engineering

Reference27 articles.

1. Impacts of 240Pu self-shielding effect and uncertainties of r(n, c) at resonance energy on the reactivity controllability in HTGR inert matrix fuel;Aoki;Prog. Nucl. Sci. Technol.,2018

2. Material attractiveness evaluation of inert matrix fuel for nuclear security and nonproliferation;Aoki;Ann. Nucl. Energy.,2019

3. Implementation of americium separation from a PUREX raffinate;Bollesteros;Procedia Chem.,2012

4. Development of revised radiotoxicity hazard classification;Carter;Rad. Prot. Dosimetry.,1993

5. Chirayath S.S., Metcalf R., Ragusa J., Nelson P., 2008. Assessment of proliferation resistance requirements for fast-reactor fuel-cycle facilities. 8th International Conference on Facility Operations – Safeguards Interface, Portland (USA), Mar. 30-Apr. 4.

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