1.
The status and trend of Chinese inorganic fluoride industry;
中国无机氟化工行业特点及发展方向
2.
Anhydrous hydrogen fluoride for industrial use
GB7746-1997工业无水氟化氢
3.
Domestic Status of Inorgainic Fluoride and Florine-containing Fine Chemicals and Its Prospect;
我国无机氟化物和含氟精细化学品现状与展望
4.
Study on Composite Membrane of Inorganic/Organic Nanometer Fluorides;
无机/有机纳米氟化物复合膜的研究
5.
Chrome and Fluorine-free Pretreatment of Magnesium Alloys for Electroless Nickel Plating
镁合金化学镀镍无氟无铬的前处理工艺研究
6.
The production of the perfluoroalky iodide is controlled by the foreign companies, which restrict the development of fluorine chemical engineering in our country.
国内无全氟碘代烷的生产,严重制约了有机氟精细化学品的发展。
7.
Solution-based Synthesis of Functional (Oxy) Fluorides and Its Characterizations
无机氟（氧）化物功能材料的液相合成及物性表征
8.
Hydrogen fluoride resulted from the reaction of fluorite and sulphuric acid is the basic raw material for the production of inorganic and organic fluoride.
萤石和硫酸反应制得的氟化氢,是生产无机和有机氟化物的基本原料。
9.
The optimal technique parameter mensuration of sodium fluoride adsorb hydrogen fluoride
氟化钠吸附氟化氢最佳工艺参数测定
10.
Study of Fluorine-Containing Polyimide Organic-Inorganic Hybrid Materials with Nonlinear Optic Characteristics;
具有非线性光学特性的含氟聚酰亚胺有机—无机杂化材料的研究
11.
fluorocarbon polymerization
氟碳聚合（有机氟防油树脂的合成工艺）
12.
Selected Readings of Inorganic Fine Chemical Products
无机精细化工产品选读
13.
"Fluorocarbon can be used in most applications involving mineral acids, salt solutions, chlorinated hydrocarbons and petroleum oils."
氟塑料可以用在许多领域,包括无机酸、盐溶液、氯化烃和石油。
14.
Research on mechanism of heat transfer of mould powders with and without fluoride
含氟保护渣与无氟保护渣的传热机制研究
15.
Simulation and Analysis of Anhydrous Hydrogen Fluoride Production Process from Potassium Fluosilicate by Aspen Plus Engineering Software
氟硅酸钾制无水氟化氢的Aspen Plus模拟分析
16.
And international health organizations, including the World Health Organization, support water fluoridation programs.
同时，包括世界卫生组织在内的国际健康机构都支持水的氟化工程。
17.
Prepare Epitaixial DBCO Film by Flourinate-Free MOD Method and Develop the Epitaxial Process;
无氟-MOD法制备DBCO外延薄膜及工艺研究
18.
Study on Utilizing Fluorine in Bastnaesite as Resource and Leaching Technique of R.E;
氟碳铈矿中氟的资源化与稀土浸取工艺研究