1.
DETERMINATION OF TRACE FLUORIDE IN WATER AND A SURVEY OF DRINKING WATER FLUORIDE IN BEIJING DISTRICT
水中微量氟的测定及北京地区水氟调查
2.
The Effect of Tisab on the Determination of F~- in Water;
TISAB对测定水中微量氟的影响
3.
Fluorinated methanes for industrial uses--Determination of micro-amounts of water--Gravimetric method
GB/T7374-1987工业用氟代甲烷类中微量水分的测定重量法
4.
Epidemiology of the Relation Trace Element Fluorine and Iodine Content in Ningxia Province Resident Drinking Water
宁夏居民饮水中微量元素氟与碘含量关系的流行病学研究
5.
Fluorinated methanes for industrial uses--Determination of micro-amounts of water--Karl Fischer method
GB/T7376-1987工业用氟代甲烷类中微量水分的测定卡尔.费休法
6.
Fluorinated methanes for industrial uses-Determination of micro-amounts of water-Electrolytic method
GB/T10670-1989工业用氟代甲烷类中微量水分的测定电解法
7.
Study on the Principle and Method for On-line Monitoring of Moisture Content in SF_6 Circuit Breaker Gas;
六氟化硫绝缘开关气体中微水含量在线监测原理与方法的研究
8.
Study on On-line Monitoring System for Moisture Content in SF_6 Circuit Breaker Gas;
六氟化硫开关微水含量在线监测系统研究
9.
Content determination of trace kryptofix 222 in ~(18)F-fluorodeoxyglucose
~(18)F-氟脱氧葡萄糖中微量氨基聚醚(2.2.2)含量测定
10.
Determination of fluorouracil content in visualized iodized oil-fluorouracil loaded polylactic acid microspheres by HPLC method
用HPLC法测定可显影碘化油-氟尿嘧啶聚乳酸微球中氟尿嘧啶的含量
11.
Application of Fluorinated Reactive Microgel in Self-Stratifying Coatings
含氟反应性微凝胶在水性自分层涂料中的应用
12.
DIRECT [BFJ-ELECTRODE POTENTIAL DETERMINATION OF TRACE BORON IN ROCK SAMPLES
氟硼酸根电极直接电位法测定岩矿中的微量硼
13.
Research on the Rapid Determination of Micro-fluorine in Garlic by the Method of Direct-reading Concentration after Standard Addition
加标浓度直读法快速测定大蒜中微量氟的研究
14.
Preliminary Investigation of Content of Fluorine in the Environmental Water Body and Drinking Water in Yulin;
玉林市环境水体及饮用水中氟含量的初步调查
15.
The relationship between endemic fluorosio and the content of fluorine in drinking water
乾安县地方性氟中毒与饮水氟的质量浓度关系简析
16.
Study on Modified Ultra-high Molecular Weight Polythylene Membrane Used in Drinking Water Defluoridation
改性超高分子质量聚乙烯管式微滤膜用于饮水除氟的研究
17.
An abnormal condition caused by excessive intake of fluorine, as from fluoridated drinking water, characterized chiefly by mottling of the teeth.
氟中毒由于过量摄入氟而导致牙齿产生色斑的不正常状况，如饮用氟化的水
18.
Fluorine is an important trace element closely related to health, and some diseases in living organisms may arise from the abnormal distribution of fluorine in the environment.
氟是一种重要的微量生命元素，环境中氟过量或缺乏都会导致机体产生疾病。