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[en] The defect on the irradiated fuel element could be detected using neutron radiography. The defect could occurred in pellet to pellet gap, cladding, or even cladding to pellet gap. An investigations has been performed to detect pellet to pellet gap defect that might occur in an irradiated fuel element. An Al foil of 0,1; 0,2; 0,3; und 0,4 mm was inserted between pellets to simulate various pellet to pellet gap. The neutron radiography used had power of 700 kW. The result showed that this simulation represented well enough problems that irradiated fuel element may experience
Source
Suripto, A.; Yuwono, I.; Nasution, H.; Hersubeno, B.J.; Amini, S.; Sigit; Cahyono, A. (Nuclear Fuel Elements Development Centre, National Atomic Energy Agency, Serpong, Indonesia (Indonesia)); Nuclear Fuel Elements Development Centre, National Atomic Energy Agency, Serpong, Indonesia (Indonesia); 389 p; ISSN 1410-1998; 
; Nov 1996; p. 226-230; Scientific Presentation on Nuclear Fuel Cycle; Presentasi Ilmiah Daur Bahan Bakar Nuklir; Jakarta, Indonesia (Indonesia); 18-19 Mar 1996; Available from Center for Development of Informatics and Computation Technology, National Nuclear Energy Agency, Puspiptek Area, Fax. 62-21-7560923, PO BOX 4274, Jakarta, Indonesia (ID); authors; 3 tabs.; 3 figs.
; Nov 1996; p. 226-230; Scientific Presentation on Nuclear Fuel Cycle; Presentasi Ilmiah Daur Bahan Bakar Nuklir; Jakarta, Indonesia (Indonesia); 18-19 Mar 1996; Available from Center for Development of Informatics and Computation Technology, National Nuclear Energy Agency, Puspiptek Area, Fax. 62-21-7560923, PO BOX 4274, Jakarta, Indonesia (ID); authors; 3 tabs.; 3 figs.