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    CONCENTRATION VARIATION OF ~(134,137)Cs IN ENVIRONMENTAL MEDIA AND DOSE EVALUATION IN SUZHOU CITY AFTER CHERNOBYL NUCLEAR ACCIDENT
    切尔诺贝利核电站事故后苏州市环境介质中~(134,137)Cs含量变化和剂量评价
    The Fatigue Crack Propagation Behaviour of ABS in Environmental Media
    环境介质对ABS疲劳裂纹扩展的影响
    Influence of Environmental Media on Fatigue Life in ABS,PS and PC
    环境介质对PS、ABS和PC的疲劳寿命的影响
    Effect of Environmental Media Strain Rate on Tensile Behaviour of ABS Resin
    环境介质和应变速率对 ABS 拉伸行为的影响
    Distribution of thallium in environmental media and its analytical methods
    环境介质中铊的分布及其分析测试方法
    Fast Screening of Organochlorine Pesticides in Environmental Media by Solid Phase Microextraction and GCMSD
    SPME-GCMSD快速检测环境介质中有机氯农药
    Advance in Study on the Determination Methods of Selenium in Environmental Media
    环境介质中硒的检测方法研究进展
    Research Progress on the Application of Zeolite in Multiple Environmental Media
    沸石在多种环境介质中的应用研究进展
    In the Region of Po-yang Lake,the range of mercury contents of environmental media were that in the sediments 0.038-0.055mg/kg,the fishes 0.017-0.029mg/kg(wet),and the water body of thelake≤0.00003mg/1 etc.
    鄱阳湖湖区环境介质中的汞,其含量水平为:底质0.038~0.055mg/kg,鱼类0.017~0.029mg/kg(湿),湖水≤0.00003mg/L。
    The time response for the concentration variation of 134'137Cs in the environmental media and dose evaluation in Suzhou city after Chernobyl nuclear accident is presented.
    报导了切尔诺贝利核电站事故后苏州市环境介质中~(134,137)Cs含量变化和剂量评价。
    The results showed in 14~20th of May 1986, the radioactivity concentration of 134>137Cs in the environmental media reached to maximum and gradually returned to backgroud 3 months later.
    结果表明,核事故后的1986年5月14~20日期间环境介质中~(134,137)Cs含量达到最大值,三个月后逐渐降低并趋于本底水平。
    The time response for the concentration variation of 134,137Cs in the environmental media and dose evaluation in Suzhou city after Chernobyl nuclear accident is presented.
    报导了切尔诺贝利核电站事故后苏州市环境介质中~(134,137)Cs含量变化和剂量评价。
    The results showed in 14 - 20th of May 1986, the radioactivity concentration of 134,137Cs in the environmental media reached to maximum and gradually returned to backgroud 3 months later.
    结果表明,核事故后的1986年5月14~20日期间环境介质中~(134,137)Cs含量达到最大值,三个月后逐渐降低并趋于本底水平。
    The Mercuey Level of Environmental Media and Its Accumutation and Migration in the Region of Po-yang Lake
    鄱阳湖湖区环境介质中汞的含量水平、来源、累积和迁移
    Studies on the ecology of virus in environmental media
    环境介质中病毒生态的研究
    Variatio of Radioactivity in the Environmental Media and Dose Evaluation in Suzhou City when Qinshan Nuclear Power Station in Normal Operational Condition
    秦山核电站正常运行后苏州地区环境介质中放射性水平变化及剂量评价
    Heavy Metal Accumulations in Environmental Media Induced by Lead and Zinc Mine Development in Northwestern Guizhou Province, China
    铅锌矿山开发导致的重金属在环境介质中的积累
    CORROSION PERFORMANCE OF THERMAL SPRAYED ALUMINUM AND ZINC COATINGS IN VARIOUS ENVIRONMENTAL MEDIA
    不同环境介质中热喷涂Al和Zn的腐蚀行为
    Secondly, the fugacity capacities of y-HCH in the environmental media are the function of temperature, which are rising with the falling of temperature. The rising extent is, in turn, air particles, water and other condense phases, air.
    ②各环境介质中γ-HCH的逸度容量都是温度的函数,随温度的下降而升高,上升幅度依次为空气悬浮微粒>水相=水中生物=吸附相(土壤、沉积物和悬浮物)=植物>空气。
    The main environmental media that contributed to the total risk may be different according to different contaminants because of different concentration and biologic characteristic.
    结果表明,土壤是导致重金属污染物健康风险主要环境介质,食物和饮用水是主要的暴露介质,摄取是主要暴露途径。
 

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