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Extra info for Advances in Fast Reactor Technology (IAEA TECDOC-1015)
The first December, during the rise to power a rapid shutdown was triggered by in increase of hydrogen in the sodium of the secondary loops. The cause was the start-up of cold traps where the sodium was frozen. Due to thermal gradient and differential dilatations in the iron mesh, hydrides were released in the sodium. The 90 % NP steady state finally ended with a 13-day irradiation period which permitted irradiating the flux detectors to their saturation point, as well as completing the plant restart programme.
HUBERT (EOF), JC. LEFEVRE (FRAMATOME-NOVATOME) for the EFR paragraph. 2 % in 1996 instead of 3 % in 1995) and a new reduction in programmed shutdown periods (14,1 % instead of 16 % in 1995). 6 event per reactor/year. A level 1 classification was given to 84 events. A level 2 classification was given to 2 events (INES scale). In the field of Fast Reactors, the main events of 1996 were the following. At the end of February 1996, the PHENIX reactor was ready for operation. After review meetings, in February 1996, the French Safety Authority did not rule on the possibility of extending the lifetime of PHENIX, and did not want to authorize performance of the 50 th cycle.
As a developping country, China has a ambitious demands to energy resources in next several decades. At that age will China have the same situation like today's situation of other developped countries? the answer will be negative. China will not have enough suitable and, economical conventional resources, except nuclear. It is obviously mat nuclear power in large scale needs fast breeder reactors, which just is the case of China ACKNOWLEDGEMENTS The Author thanks to his colleagues and especially to Mr.
Advances in Fast Reactor Technology (IAEA TECDOC-1015)