碘盐,Iodized salt英语短句,例句大全

碘盐,Iodized salt
1)Iodized salt碘盐
1.Distribution of non-iodized salt and intervention effect in areas with iodine deficiency in Shandong province;山东省碘缺乏地区非碘盐分布状况及其干预效果
2.The study on urine iodine,serum TSH and TG of some population by using qualified iodized salt;食用合格碘盐后部分人群尿碘、血清TSH和TG状况分析
3.Effect of iodized salt on treatment with antithyroid drugs in Graves disease;碘盐对药物治疗Graves病疗效的影响

英文短句/例句

1.The Swift Determination of the Microscale Iodine in Iodo-salt by the Direct-reading Method of Concentration浓度直读法快速测定碘盐中的微量碘
2.Review and Philosophical Thoughts on Iodine Deficiency Disorders Control of Iodized Salt;加碘盐防治碘缺乏疾病的回顾与思考
3.Coverage of qualified iodized salt at household leve居民合格碘盐使用率
4.STUDY ON FACTORS AFFECTING THE IODINE CONTENT IN SALT IN THE COMMUNITY IODIZED-SALT SURVEILLANCE居民户碘盐监测中影响盐碘含量因素的分析
5.Constructing Edible Salt Distribution System to Guarantee the Efficient Supply of Iodized Salt;构建食盐配送体系确保碘盐有效供给
6.Analysis of results on iodized salt from 2005 to 2007 in Haiyan County海盐县2005～2007年食用碘盐监测结果分析
7.Determination of the Content of Iodine in Salt Added Iodine by Methyl Red Absorption Photometry甲基红吸光光度法测定加碘盐中碘含量
8.Audition state of children who was born after universal ioldized salt in IDD regions碘缺乏病区供应碘盐后出生的儿童听力状况
9.Evaluation of the Universal Salt Iodization Preventing Iodinr Deficiency Disorders over 8 Years in Chongqing;重庆市普供碘盐8年防治碘缺乏病效果评价
10.Spectrophotometric Method for the Determination of Iodine in the Iodized Salt by the Discoloring of Methyl Orange;甲基橙褪色光度法测定加碘盐中微量碘
11.An Experimental Study on the Effectiveness and Safety of KIO_3 Salt for Treatment of Iodine Deficient Goiter;碘酸钾碘盐对治疗缺碘性甲状腺肿的有效性和安全性的实验研究
12.nitrate and iodate minerals硝酸盐和碘酸盐矿物
13.Regulations on Edible Salt Iodization as a Means to Eliminate Iodine Deficiency Disorders食盐加碘消除碘缺乏危害管理条例
14.iodopyracetmethyl glucamine salt甲基葡胺碘吡啦啥盐
15.tetrachlorotetraiodofluorescein disodium salt四氯四碘荧光素二钠盐
16.tetrachlorotetraiodofluorescein dipotassium salt四氯四碘荧光素二钾盐
17.Discussion on the Methods of Determining the Iodine in Salt and Variety Salt食用盐及品种盐中碘测定方法的讨论
18."The iodide is added to table salt to protect against iodine deficiency. The nitrate is also called saltpetre, and the carbonate is called potash. "在食盐中加入碘化钾以防碘缺乏。硝酸盐亦称硝石,碳酸盐亦称钾碱。

相关短句/例句

iodine salt碘盐
1.Iodine salt result analysis in Changping district in 2006;2006年昌平区碘盐监测结果分析
2.The Result Analysis of Checking and Measuring Iodine Salt in Fukang, 1999;新疆阜康市1999年碘盐监测结果分析
3.Iodine salt result analysis in Beibei District between 2005 and 2007;2005年～2007年北碚区碘盐监测结果分析
3)Iodized-salt碘盐
1.Iodized-salt Situation Monitoring of Sichuan Province During 2004-2005;2004-2005年四川省碘盐监测
2.Analysis of Uniformity of Edible Salt Indicators Between IDD and Iodized-salt Surveillance;碘缺乏病监测与碘盐监测中居民食用盐指标一致性分析
3.Methods In this paper, the method of LQAS was adopted in Liaocheng 4 counties and 1 city to test thyroid goiter rate, urinary iodine of 8～10 years old children, iodized-salt covering rate and iodized-salt qualified rate, water iodine, the children s intelligence quotient(IQ) and the inhabitant s habit of life.方法　按照 L QAS抽样法对聊城市 4县 1区 8～ 10岁儿童甲状腺肿 (甲肿 )大率、尿碘含量、居民户碘盐覆盖率及合格率、饮水碘含量、儿童智商(IQ )水平及当地居民生活习惯进行了调查 ,并对相关指标进行了分析。
4)Salt iodine盐碘
1.Comparison of urine iodine and salt iodine test results between provincial laboratories and national reference laboratory.;地方实验室尿碘和盐碘测定结果与国家碘缺乏病参照实验室的比对
2.Objective The present study was conducted to evaluate the measurement capacity of the net laboratories involved in the national (Hong Kong, Macao and Taiwan not included) quality control beyond salt iodine laboratories.目的评价全国(未包括香港、澳门和台湾地区)参加盐碘实验室外质量控制(质控)网络实验室的检测能力。
3.ObjectiveTo examine the change in salt iodine concentrat ion at households and to afford basic statistics for government decision-making .目的　掌握江苏省 1997～ 2 0 0 2年居民食盐碘浓度变化情况。
5)iodized salt(KIO 3)碘酸钾碘盐
6)iodonium salts碘鎓盐
1.Five iodonium salts free radical-cationic hybrid photoinitiators were prepared by improved synthesis method from iodobenzene and diphenyl ether or diphenyl sulfide derivatives.通过改进合成方法,以碘苯、二苯醚或二苯硫醚衍生物为原料,制备了5种碘鎓盐型自由基-阳离子光引发剂,用正交实验设计法确定了产物[4-(对苯甲酰基苯硫基)苯]苯基碘鎓六氟磷酸盐的最佳合成条件:4-苯硫基二苯甲酮2。