1.
Analysis on the Basic Investigate Result of Defluoridation and Removal Fluorine Technical Measures to Promoting and Applicating Research
降氟除氟技术措施推广应用示范研究基线调查结果分析
2.
Report on Demonstration of Defluorination and Reduce Fluoride Technical Measures to Promote the Use of Performance Assessment In 2007
2007年度降氟除氟技术措施推广应用示范研究效果评估报告
3.
Application of the Technical Measures to Reduce and Remove Fluoride and the Fluorosis Control
降氟除氟技术措施推广应用示范研究的防治现状分析
4.
Assessment on the Implementation of Reduced Fluoride Policy in Six Model Villages in 2007
2007年度重庆市降氟除氟技术措施推广应用示范研究效果评估
5.
Evaluation on the defluorination technique and its popularization in the pilot area in 2008
2008年度降氟除氟技术措施推广应用示范研究效果评价
6.
Analysis of Techniques for Iron,Manages Removal and Synchronous Defluoridation of Ground Water
地下水除铁除锰与同步降氟技术分析
7.
Study on Preparation of Bone Char and Properties of Defluoridation
骨炭除氟剂的制备及其除氟性能研究
8.
The study on the fluoride is removed by using active zirconium dioxide as fluoride absorbent
氟离子吸附剂活性氧化锆的除氟研究
9.
Preparation of Defluoridators and Study on Their Defluoridation Properties from Containing Fluorine in Drinking Water
含氟饮用水除氟剂的制备及性能研究
10.
Treatment of high fluorine contained groundwater by modified clay as defluoridation reagent
改性粘土除氟剂处理高氟地下水研究
11.
Conclusion Electromagnetic fields can be used to reduce turbidity value and fluoride in water.
结论复合电磁场可有效降低水的浑浊度和去除其中的氟离子。
12.
Objective To study the function of electromagnetic fields on decrease turbidity value and fluoride in drinking water.
目的探讨复合电磁场降低水的浑浊度和除氟功能。
13.
The Research on the Fuxin Zeolite Used in Getting Rid of the Fluorine Waste Water and Mechanism;
阜新沸石作为含氟废水除氟剂及除氟机理的研究
14.
Preparation of Bentonite Defluoridators and the Study of Their Defluoridation Properties;
膨润土系列除氟剂的制备及其除氟性能研究
15.
Study on Preparation of Modified Clay Defluoridator and the Defluoridation Properties
改性粘土除氟剂的制备及除氟效果的研究
16.
Study on Accumulation and Distribution of Fluoride in Tea Plants (Camellia Sinensis L.) and Its Measure of Reducing Fluoride Uptake;
茶树对氟吸收累积特性及降氟措施研究
17.
Study of Functional Metabolism of Skeletal Fluorosis Patients after Water Improvement for 18 Years;
改水降氟18年后氟骨症患者功能代谢的研究
18.
Study on Titanic Oxide as a New Fluoride Adsorbent
新型氟离子吸附剂活性二氧化钛除氟的研究