An advanced irradiation facilities and its usage
A carrier type gamma irradiator is an advanced device currently installed in Qingdao Irradiation Center (QIC) and has been put into operation for nine years in Qingdao, China. It utilizes Co-60 as the radiation source; the initial Co-60 loading is 1.48×10^16Bq (0.4 million Curies). Rubber, natural a...
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Published in | Chinese journal of oceanology and limnology Vol. 24; no. 2; pp. 212 - 214 |
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Main Author | |
Format | Journal Article |
Language | English |
Published |
Dordrecht
Springer-Verlag
01.06.2006
Springer Nature B.V Institute of Oceanology, Chinese Academy of Science ,Qingdao 266071, China%Ocean University of China, Qingdao 266003, China%State Key Laboratory of Estuarine and Coastal Research, East china Normal University, Shanghai 200062, China |
Subjects | |
Online Access | Get full text |
ISSN | 0254-4059 2096-5508 1993-5005 2523-3521 |
DOI | 10.1007/BF02842821 |
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Abstract | A carrier type gamma irradiator is an advanced device currently installed in Qingdao Irradiation Center (QIC) and has been put into operation for nine years in Qingdao, China. It utilizes Co-60 as the radiation source; the initial Co-60 loading is 1.48×10^16Bq (0.4 million Curies). Rubber, natural and synthetic polymers, heat-shrinkable films and tubes, disposable medical supplies, some foods and drugs have been irradiated for test in the past. Especially a great success achieved on the radiation of compound food for young shrimp. The practice demonstrates that the bacteria in the compound food can be destroyed by the irradiation at optimum dosage between 5 000--6 000 Gy. |
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AbstractList | P3; A carrier type gamma irradiator is an advanced device currently installed in Qingdao Irradiation Center (QIC) and has been put into operation for nine years in Qingdao, China. It utilizes Co-60 as the radiation source; the initial Co-60 loading is 1.48×1016Bq (0.4 million Curies). Rubber, natural and synthetic polymers, heat-shrinkable films and tubes, disposable medical supplies, some foods and drugs have been irradiated for test in the past. Especially a great success achieved on the radiation of compound food for young shrimp. The practice demonstrates that the bacteria in the compound food can be destroyed by the irradiation at optimum dosage between 5 000-6 000 Gy. A carrier type gamma irradiator is an advanced device currently installed in Qingdao Irradiation Center (QIC) and has been put into operation for nine years in Qingdao, China. It utilizes Co-60 as the radiation source; the initial Co-60 loading is 1.48×1016 Bq (0.4 million Curies). Rubber, natural and synthetic polymers, heat-shrinkable films and tubes, disposable medical supplies, some foods and drugs have been irradiated for test in the past. Especially a great success achieved on the radiation of compound food for young shrimp. The practice demonstrates that the bacteria in the compound food can be destroyed by the irradiation at optimum dosage between 5 000‐6 000 Gy. A carrier type gamma irradiator is an advanced device currently installed in Qingdao Irradiation Center (QIC) and has been put into operation for nine years in Qingdao, China. It utilizes Co-60 as the radiation source; the initial Co-60 loading is 1.48×10^16Bq (0.4 million Curies). Rubber, natural and synthetic polymers, heat-shrinkable films and tubes, disposable medical supplies, some foods and drugs have been irradiated for test in the past. Especially a great success achieved on the radiation of compound food for young shrimp. The practice demonstrates that the bacteria in the compound food can be destroyed by the irradiation at optimum dosage between 5 000--6 000 Gy. A carrier type gamma irradiator is an advanced device currently installed in Qingdao Irradiation Center (QIC) and has been put into operation for nine years in Qingdao, China. It utilizes Co-60 as the radiation source; the initial Co-60 loading is 1.48×10¹⁶ Bq (0.4 million Curies). Rubber, natural and synthetic polymers, heat-shrinkable films and tubes, disposable medical supplies, some foods and drugs have been irradiated for test in the past. Especially a great success achieved on the radiation of compound food for young shrimp. The practice demonstrates that the bacteria in the compound food can be destroyed by the irradiation at optimum dosage between 5 000‐6 000 Gy. A carrier type gamma irradiator is an advanced device currently installed in Qingdao Irradiation Center (QIC) and has been put into operation for nine years in Qingdao, China. It utilizes Co-60 as the radiation source; the initial Co-60 loading is 1.48×10^sup 16^ Bq (0.4 million Curies). Rubber, natural and synthetic polymers, heat-shrinkable films and tubes, disposable medical supplies, some foods and drugs have been irradiated for test in the past. Especially a great success achieved on the radiation of compound food for young shrimp. The practice demonstrates that the bacteria in the compound food can be destroyed by the irradiation at optimum dosage between 5 0006 000 Gy.[PUBLICATION ABSTRACT] |
Author | 康兴伦 陈洪涛 江雪艳 宁劲松 于志刚 朱校斌 张卫国 |
AuthorAffiliation | Ocean University of China, Qingdao 266003, China Institute of Oceanology, Chinese Academy of Science , Qingdao 266071, China State Key Laboratory of Estuarme and Coastal Research, East china Normal Universtty, Shanghai 200062, China |
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References | F. Harry (BF02842821_CR4) 1995; 46 A. B. Uigao (BF02842821_CR8) 2002; 63 Y. M. Henon (BF02842821_CR5) 1995; 46 International Atomic Energy Agency (BF02842821_CR6) 1992 D. A. Ehlermann (BF02842821_CR2) 1995; 46 R. M. Brinston (BF02842821_CR1) 1993; 4 G. Wang (BF02842821_CR9) 1993; 42 L. W. James (BF02842821_CR7) 1993; 42 B. L. Gupta (BF02842821_CR3) 2001; 61 |
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SubjectTerms | Bacteria China Cobalt drugs Food Food cans Foods Irradiation Polymers Radiation Radiation dosage Radiation sources rubber shrimp Studies Tubes 伽玛射线 化合物 地质勘探 海洋资源 辐射度 |
Title | An advanced irradiation facilities and its usage |
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