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[en] This paper examines some technological barriers which should be taken into account at the conceptual stage of fuel cycle design. First, the strategic value of nuclear material and reactor-associated fissile material acquisition paths is briefly outlined. Then, it discusses three basic approaches to enhance the proliferation resistance of nuclear power reactors, namely: (1) reduction of strategic value of materials involved in nuclear power generation; (2) incorporating reactor design features preventing diversion of material; and (3) facilitating safeguards implementation. (author)
Source
Indro Yuwono (ed.) (National Nuclear Energy Agency, Serpong (Indonesia)); Nababan, Binsar (ed.) (National Institute of Sciences, Jakarta (Indonesia)); Suharyanta (ed.) (Nuclear Energy Regulatory Agency, Jakarta (Indonesia)); Centre for Nuclear Materials Security Technology, National Nuclear Energy Agency, Serpong (Indonesia); 107 p; ISSN 1412-2812; 
; Nov 2004; p. 59-67; 5. Seminar on Technology of Nuclear Materials Safety; Seminar Teknologi Pengamanan Bahan Nuklir ke 5; Jakarta (Indonesia); 29 Sep 2004; Also available from Center for Development of Nuclear Informatics, National Nuclear Energy Agency, Puspiptek Area, Fax. 62-21-7560923, PO BOX 4274, Jakarta (ID); 0 ref.
; Nov 2004; p. 59-67; 5. Seminar on Technology of Nuclear Materials Safety; Seminar Teknologi Pengamanan Bahan Nuklir ke 5; Jakarta (Indonesia); 29 Sep 2004; Also available from Center for Development of Nuclear Informatics, National Nuclear Energy Agency, Puspiptek Area, Fax. 62-21-7560923, PO BOX 4274, Jakarta (ID); 0 ref.