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盐碘
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  salt iodine
    Report on national external quality control result for salt iodine in 2004
    2004年全国盐碘外质控结果
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  “盐碘”译为未确定词的双语例句
    Results All 31 provincial laboratories were qualified in the proficiency testing. Feedback rate was 96.4% and qualified rate was 90.9% at prefecture level. At the county level, the feedback rate and qualified rate were 97.8% and 88.8% respectively.
    结果 参加考核3 1个省级盐碘实验室全部反馈了质控结果并全部合格,地市级盐碘实验室反馈率为96.4% ,合格率为90 .9% ,县级盐碘实验室反馈率为97.8% ,合格率为88.8%。
短句来源
    Results 52 batches of salt were monitored at the first level, 100% of the batches were qualified, the average of iodine was 32.22 mg/kg, the variance coefficient was 16.17% and the standard deviation was 5.21 mg/kg.
    结果全年共监测第一层次碘盐52批次,批质量合格率100%, 盐碘均值32.22 mg/kg,变异系数16.17%,标准差5.21mg/kg;
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  salt iodine
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Objective Proficiency testing for salt iodine within the participant laboratories.Methods To evaluate the testing results with reference value±uncertainty.Results All 31 provincial laboratories were qualified in the proficiency testing. Feedback rate was 96.4% and qualified rate was 90.9% at prefecture level. At the county level, the feedback rate and qualified rate were 97.8% and 88.8% respectively.Conclusions The testing ability at different level laboratories has been significantly improved through national...

Objective Proficiency testing for salt iodine within the participant laboratories.Methods To evaluate the testing results with reference value±uncertainty.Results All 31 provincial laboratories were qualified in the proficiency testing. Feedback rate was 96.4% and qualified rate was 90.9% at prefecture level. At the county level, the feedback rate and qualified rate were 97.8% and 88.8% respectively.Conclusions The testing ability at different level laboratories has been significantly improved through national laboratory network operation and sustained technical training.

目的 评价全国参加盐碘实验室外质控网络实验室的检测能力。方法 采用参考值±不确定度的方法对检测结果进行评价。结果 参加考核3 1个省级盐碘实验室全部反馈了质控结果并全部合格,地市级盐碘实验室反馈率为96.4% ,合格率为90 .9% ,县级盐碘实验室反馈率为97.8% ,合格率为88.8%。结论 通过几年全国实验室网络的运行和持续的技术培训,各级实验室的检测能力有了明显的提高。

Objective To comprehend the prevalence of edible salt in households after iodized deficiency disorders eliminated in stage for evaluating continuable mechanism of interference measure and efficiency.Methods Edible salts were quantitatively tested in households by prevalence study randomly.Results There were 864 households at 27 villages and towns among 3 counties investigated with 826 shares of refined salts and 38 shares of crude salts.The percent of 859 shares of iodized salts,817 shares of eligible salts...

Objective To comprehend the prevalence of edible salt in households after iodized deficiency disorders eliminated in stage for evaluating continuable mechanism of interference measure and efficiency.Methods Edible salts were quantitatively tested in households by prevalence study randomly.Results There were 864 households at 27 villages and towns among 3 counties investigated with 826 shares of refined salts and 38 shares of crude salts.The percent of 859 shares of iodized salts,817 shares of eligible salts and 5 shares of non-iodized salts was 99.4%,94.6% and 0.6% respectively.Mean of iodized salts,coefficient of variation,median and range were 30.5±7.4mg/kg, 24.3%,29.7mg/kg and from 0 to 58.2mg/kg respectively.The coverage rate of every county and district was no less than 98%.The edible rate of eligible iodized salts was no less than 90%.Conclusions The edible rae of eligible salts in households of Rizhao is up to national criterion of eliminated IDD,though the strength of inspect,surveillance and popularization couldn' t be weakened.

目的了解山东省日照市阶段消除碘缺乏病(IDD)后居民户食用盐现状,评价IDD干预措施与效果可持续性机制。方法采取横断面抽样调查方法,随机抽查定量检测本居民户食用盐样本。结果调查3个区县27处乡镇864户居民,检测食用盐样864份。盐碘含量0 mg/kg~58.2mg/kg,均值(30.5±7.4)mg/kg,变异系数为24.3%,中位数29.7mg/kg;精制盐826份(95.6%),原盐38份(4.4%),其中碘盐859份(99.4%),合格碘盐817份(94.6%),非碘盐5份(0.6%);每个区县碘盐覆盖率均高于98%,合格碘盐食用率均高于90%。结论日照市居民合格碘盐食用率符合国家消除IDD标准要求,但对碘盐的监督、监测和宣传教育工作仍不能放松。

Objective To understand the status of salt iodization in Shanxi Province in 2004, which will provide scientific bases for the work of continuously eliminating iodine deficiency disorders. Methods Based on the National Project of Iodized Salt Surveillance (revision), at the first level, 9 samples of salt were randomly sampled from one batch in each first-degree wholesale enterprise every month. At the second level, 9 towns were selected in 5 different directions of east, south, west, north and center in every...

Objective To understand the status of salt iodization in Shanxi Province in 2004, which will provide scientific bases for the work of continuously eliminating iodine deficiency disorders. Methods Based on the National Project of Iodized Salt Surveillance (revision), at the first level, 9 samples of salt were randomly sampled from one batch in each first-degree wholesale enterprise every month. At the second level, 9 towns were selected in 5 different directions of east, south, west, north and center in every county and then 4 villages were selected in each selected town. 8 samples of salt were randomly collected in each village. As a result, a total of 288 samples underwent the detection of iodine concentration. Results 52 batches of salt were monitored at the first level, 100% of the batches were qualified, the average of iodine was 32.22 mg/kg, the variance coefficient was 16.17% and the standard deviation was 5.21 mg/kg. At the second level, among 23 705 samples of edible salt monitored in 86 counties, iodized salt accounting for 96.06%, 94.86% of the iodized salt was qualified and the rate of qualified iodized salt was 91.50%. Conclusions The surveillance shows, as a whole, iodine deficiency disorder is being eliminated in Shanxi Province. But, non-iodized salt still exists in the market in some areas.

目的全面、准确了解山西省碘盐现况,为进一步推动持续消除碘缺乏病工作提供科学依据。方法根据《全国碘盐监测方案》(试行),第一层次每个一级批发企业每月按东、南、西、北、中5个方位抽取一批 9份盐样检测其含碘量;第二层次每县按东、南、西、北、中5个方位抽取9个乡,每个乡抽4个村,每个村抽取8 份盐样,每县共采集288份盐样检测其含碘量。结果全年共监测第一层次碘盐52批次,批质量合格率100%, 盐碘均值32.22 mg/kg,变异系数16.17%,标准差5.21mg/kg;第二层次共监测居民食用盐86个县23705份, 碘盐覆盖率96.06%,碘盐合格率94.86%,合格碘盐食用率91.50%。结论山西省总体上处于碘缺乏病可持续消除状态,但非碘盐冲击问题在局部地区依然存在。

 
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