1996
DOI: 10.1080/18811248.1996.9731952
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Design Characteristics and Startup Tests of HANARO

Abstract: The Korea Atomic Energy Research Institute has successfully completed the commissioning tests, including the long-term operational performance test for the HANARO, a newly in-service multipurpose research reactor in Korea. This paper presents the design characteristics of the HANARO and a brief description on the startup tests carried out at zero and low power during its commissioning. The reactor is now at the shutdown state for the periodic surveillance after cycle 1 operation and is waiting for the addition… Show more

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Cited by 18 publications
(4 citation statements)
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“…22) The concentration of the fissionable isotopes required for the calculation was determined by the IDMS and the nuclear data were obtained from Refs. 23,24). Table 10 gives the effective fission yields for all the Nd and Cs isotopes calculated from the irradiated high burnup PWR and the dry processed fuel samples.…”
Section: Determination Of the Effective Fission Yieldmentioning
confidence: 99%
“…22) The concentration of the fissionable isotopes required for the calculation was determined by the IDMS and the nuclear data were obtained from Refs. 23,24). Table 10 gives the effective fission yields for all the Nd and Cs isotopes calculated from the irradiated high burnup PWR and the dry processed fuel samples.…”
Section: Determination Of the Effective Fission Yieldmentioning
confidence: 99%
“…e plate-type fuel with the uranium density of 3 gU/cm 3 was also used in the MPRR design with the power of 20 MW for achieving high neutron fluxes at irradiation channels [5]. Several designs of MPRRs include the OPAL reactor (20 MW) in Australia [9,10], the CARR reactor (60 MW) in China, the RA-10 reactor (30 MW) in Argentina [11], the HFIR reactor (85 MW) in USA, the FRM-II reactor (20 MW) in Germany [12], the HANARO reactor (30 MW) in Korea [13,14], JRR-3M (20 MW) in Japan, the RMB reactor (30 MW) in Brazil [15], and the JRTR reactor (5 MW) in Jordan [16]. A comparison among several MPRRs shows that the FRM-II reactor achieves the highest thermal flux per unit power with a maximum thermal neutron flux of 8 × 10 14 n•cm −2 •s −1 [6].…”
Section: Introductionmentioning
confidence: 99%
“…23,24). Table 10 gives the effective fission yields for all the Nd and Cs isotopes calculated from the irradiated high burnup PWR and the dry processed fuel samples.…”
Section: Determination Of the Effective Fission Yieldmentioning
confidence: 99%