[en] The author describes the tracing management process post-operational event in a research reactor based on nuclear safety code, under the background of the research reactor in Nuclear Power Institute of China. It presorts the definite measures to the event tracing and it up its management factors
Journal
Nuclear Power Engineering; ISSN 0258-0926; 
; v. 22(3); p. 264-266, 271
; v. 22(3); p. 264-266, 271
[en] The report presents the emergency document formation, emergency organization establishment, emergency facilities preparation and emergency accident maneuver onsite of High Flux Engineering Test Reactor (HFETR). The result of emergency preparations and maneuver is summarized. (authors)
Source
China Nuclear Science and Technology Report; v. 2(2); 2003; 6 p; SINRE--0104; ISSN 1671-7430; ; Data (CD) in PDF format: Acrobat Reader for Windows 9x; This article is located on p. 62-67
; Data (CD) in PDF format: Acrobat Reader for Windows 9x; This article is located on p. 62-67
[en] The author introduces the confirming, classifying, reporting and handling of all kinds of the operation abnormality and event of High-Flux engineering test reactor (HFETR) based on nuclear safety law. The analysis results of typical prototype's operation events and part of operation date are given, and some weakness links of technology are presented. At last, some suggestion are given in order to observe the nuclear safety law system and strengthen supervision and management of operation better
Journal
Nuclear Power Engineering; ISSN 0258-0926; ; v. 20(4); p. 333-337
; v. 20(4); p. 333-337
[en] The set up of abnormal events database for the High Flux Engineering Test Reactor (HFETR) is described, and its abnormal event are counted analyzed. The results show that the main abnormal events include reactor control and protection system breakdown, reactor coolant system breakdown and others breakdown. These three breakdowns make up about 86.09% of the total events. But the influence of they on the reactor safety is not clear
Journal
Nuclear Power Engineering; ISSN 0258-0926; ; v. 20(1); p. 10-14
; v. 20(1); p. 10-14
[en] Utilizing residual sludge as adsorbent to treat Cu2+ in wastewater, The effects of pH, concentration, sludge dosage, temperature and adsorption time on Cu2+ adsorption were studied. The results was showed that removal rate of Cu2+ was better using residual sludge adsorbent to adsorb wastewater containing 20 mg/L Cu2+ when adsorption time was 3h, pH was 6∼7, temperature was 20 °C and sludge dosage was 2.0 g/L. (paper)
Journal
IOP Conference Series. Materials Science and Engineering (Online); ISSN 1757-899X; ; v. 394(5); [7 p.]
; v. 394(5); [7 p.]