涉水产品

  • 网络Water related products;products involved drinking water
涉水产品涉水产品
  1. 目的:建立完善涉水产品中残留丙烯腈单体的检测方法。

    Objective : To improve the testing method of micro acrylonitrile in products involved drinking water .

  2. 涉水产品浸泡液中微量元素的ICP-MS法测定

    Detection of Trace Elements in Soaking Water of Related Hygienic Safety Products for Drinking Water by ICP-MS

  3. 结论ICP-MS法分析涉水产品浸泡液中12种微量元素速度快,线性范围宽,精密度、准确度高。

    Conclusions ICP-MS is rapid , accurate and reliable for detecting 12 elements in soaking water of related hygienic safety products for drinking water .

  4. 全省各地涉水产品的企业发展不均衡。

    The development of PRDW industries in Anhui province was unbalanced .

  5. 涉水产品指有证产品数。

    Water-related products refer to those with certificates .

  6. 直饮水和涉水产品的微生物污染状况调查

    Investigation on the micro-bacteria pollution in the direct-drinking water and the related drinking water in Shenzhen

  7. 涉水产品浸泡液中15种元素的电感耦合等离子体质谱测定法

    Determination of 15 Elements in Drinking Water-Related Products Soak : Test With Inductively Coupled Plasma-Mass Spectrometry

  8. 四川省2002年涉水产品卫生质量检测情况及分析

    Analysis on the Hygienic Quality of the Products Relate to Drinking Water in Sichuan Province in 2002

  9. 结果深圳市直饮水和涉水产品的细菌总数、霉菌污染严重。

    [ Results ] The total amount of bacteria and mycete pollution of the direct-drinking water and the related drinking water was very heavy .

  10. 方法:优化程序升温条件,比较基体改进剂,应用石墨炉原子吸收光谱法分析涉水产品中镍增加量。

    Methods : The increment of nickel soak from the equipment of drinking water was determined by graphite furnace atomic absorption spectrometry with matrix modifier and optimized furnace program .

  11. 结论:石墨炉原子吸收光谱法分析测定涉水产品中镍增加量是一种灵敏可靠、简便快捷的方法。

    Conclusion : Graphite furnace atomic absorption spectrometry is sensitive , reliable simple and rapid for determination of the increment of nickel soak from the equipment of drinking water .

  12. 方法随机抽取直饮水样品93分和涉水产品样品27份,参照国家《生活饮用水卫生规范》、《饮用水安全产品卫生规范》的检验方法进行检验。

    [ Methods ] 93 samples of direct-drinking water and 27 samples of related drinking water were randomly selected and tested according to the " Sanitary Standard of Drinking Water " and " Sanitary Standard of Safe Drinking Water Product " .