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《China Medical Equipment》 2015-01
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Development and utility of intelligent protection system for nuclear medicine radioactive water pollution

LI Yan;ZHANG Yong-shou;WANG Peng-fei;Jinan Military General Hospital;  
Objective: To develop an intelligent protection system, in order to protect the radioactive water pollution of nuclear medicine. Methods: According to the radioactive sewage processing standards of the hospital waste water treatment technology guide, using computer technology and ionizing radiation sensing technology, an intelligent protection system for nuclear medicine radioactive water pollution was self-developed. Results: Without manual intervention, the intelligent protection system could real-time protect the radioactive pollution of nuclear medicine. The radioactive concentration of the discharge sewage was below 3.7×102 Bq/L. Conclusion: The intelligent protection system for nuclear medicine radioactive pollution ensures the automatic discharge of radioactive sewage, and the radioactive concentration of the discharged sewage conforms to the state standards.
【CateGory Index】: R143
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【Citations】
Chinese Journal Full-text Database 1 Hits
1 ZHANG Rui-ju, TU Yu( Institute of Radiation Medicine and Public Health , Suzhou University, Suzhou 215007, China );Current progress in research of natural and artificial radioactivity in surface waters[J];Foreign Medical Science.Section of Radiation Medicine and Nuclear Medicine;2005-04
【Co-citations】
Chinese Journal Full-text Database 2 Hits
1 ZHAO Wei-jun PU Jia-yun MA Yan-fang WANG Shun-sheng ZHANG Jia-bing (Yunnan Environment Radiation Supervision Station,Kunming 650034);Radioactivity Level of Water Bodies of Nine Plateau Lakes in Yunnan Province[J];Environmental Science & Technology;2007-09
2 SONG Hao;SHI Zeming;NI Shijun;ZHANG Chengjiang;HUANG Xiaodong1XU Jinyong;Department of Geochemistry and Nuclear Resources Engineering,Chengdu University of Technology;Key Laboratory of Nuclear Techniques in Geosciences of Sichuan Province;;Simulation calculation for migration modes of uranium in surface water and its precipitation condition: A case study of Mianyuan River in Tuojiang Valley[J];Environmental Chemistry;2014-01
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