Johnson C J
Ecol Dis. 1982;1(2-3):135-52.
The nuclear weapons industry in the U.S. comprises nine major plants, supported by a network of subcontractors and grantee institutions. Weapons development progresses at the Lawrence Livermore and Los Alamos Laboratories under the auspices of the University of California. Fissionable materials and tritium are produced at the Savannah River Plant (du Pont) or at Hanford. Reprocessing of plutonium and weapons grade uranium and manufacture of components are carried out at Rocky Flats (formerly Dow, now Rockwell Int.). Large amounts of radionuclides are generated or involved in operations at most of the nine plants. Internal reports of surveillance efforts by weapons plant personnel to monitor emissions of radioactive gases and particulates have now been released by several of the plants (in one case through litigation). Those reports document major releases of radioactive gases and particulates to the environment in the past, and continuing routine releases of some importance. Few investigations have been made of effects from these potent carcinogens in local populations. There have been several preliminary reports (Rocky Flats, Los Alamos and Savannah River) and one comprehensive report [Ambio 10: 176 (1981)]. Evidence of significantly increased rates of cancer of the more radiosensitive organs has been demonstrated. Adequate cancer registry and vital statistics data are essential for the comprehensive investigations of somatic and genetic effects which should be carried out around all nuclear installations near population centres.
美国的核武器工业包括九个主要工厂,由一系列分包商和受资助机构组成的网络提供支持。武器研发在加利福尼亚大学的主持下,于劳伦斯利弗莫尔实验室和洛斯阿拉莫斯实验室进行。可裂变材料和氚在萨凡纳河工厂(杜邦公司)或汉福德工厂生产。钚和武器级铀的后处理以及部件制造在洛基弗拉茨工厂(原陶氏公司,现为罗克韦尔国际公司)进行。这九个工厂中的大多数在运营过程中都会产生或涉及大量放射性核素。现在,几家工厂已经公布了武器工厂人员监测放射性气体和颗粒物排放的内部监测报告(在一个案例中是通过诉讼公布的)。这些报告记录了过去向环境中大量释放放射性气体和颗粒物的情况,以及持续存在的一些重要的常规排放。很少有人对这些强效致癌物对当地居民的影响进行调查。已经有几份初步报告(洛基弗拉茨、洛斯阿拉莫斯和萨凡纳河工厂)以及一份综合报告[《人类环境杂志》10: 176 (1981)]。已经证明对辐射更敏感的器官患癌率显著上升。对于应在人口中心附近的所有核设施周围开展的关于体细胞和遗传效应的全面调查而言,充分的癌症登记和人口动态统计数据至关重要。