1)  phosphating process
磷化技术
2)  phosphating
磷化
1.
Preparation of the Enviromental Protected zinc series phosphating solution at room temperature;
环保型室温锌系磷化液的研制
2.
Zn-Ca Phosphating Solution Improved by Baric Ion at Room Temperature;
钡盐改性常温锌钙系磷化液
3.
Brief introduction to prephosphating and phosphating technology of galvanized steel sheets for automobile;
汽车用镀锌板预磷化和磷化技术
3)  phosphate
磷化
1.
The causes were analyzed from microstructure of zinc coating,compositions of phosphate solution and crystal conformation of phosphate coating.
针对用热镀锌板代替电镀锌板制作零件时易出现漆膜脱落问题,对镀锌层组织结构、磷化液成分及磷化膜结晶形态进行了分析,得出热镀锌板静电喷涂漆膜脱落的主要原因是磷化膜结晶粗大,晶粒度均匀性较差。
2.
The factors that influenced phosphating liquid in middle temperature Zinc_Calcium series are discussed,such as phosphate temperature、acidity、time、additive、pre_treatment and so on.
从温度、酸度、磷化时间、添加剂、前处理等方面研究了中温锌钙系磷化液的影响因素 ,并将在各种不同条件下所制得的磷化膜的外观、耐蚀性、附着力等性能加以比较、测定 ,找到了最佳磷化条件。
3.
These processes could replace currently used pretreatments by chromate or phosphate agents.
采用硅烷偶联剂对金属基体进行预处理 ,使涂层的附着力和耐蚀性均有明显提高 ,可以代替磷化和钝化等传统预处理方法 ,BTSE硅烷偶联剂最理
4)  phosphatization
磷化
1.
Study on Phosphatization and Passivation Two in One Treatment Process;
磷化钝化二合一处理工艺的研究
2.
Effects of the different accelerants(La and Ce nitrate,Na nitrate and Na molybdate) on phosphatization were discussed.
提出在表面生成磷化膜以提高不锈钢的耐磨与耐蚀性能的工艺方法,讨论了各种促进剂(亚硝酸钠、钼酸钠、硝酸铈和硝酸镧)对磷化膜形成的影响,探讨了稀土对磷化的影响机理。
3.
The effects of the corrosive accelerator,acid ratio,phosphatizing temperature,phosphatizing time and the additives on zinc phosphatization of aluminum alloy were investigated.
以LY12铝合金为试样,讨论了腐蚀加速剂、酸比、磷化温度、磷化时间、磷化添加剂对铝合金磷化的影响,得出了相应的最佳工艺参数。
5)  phosphorization
磷化
1.
Fluid parameter of phosphorization using orthogonal optimization for casing sleeve;
正交法优选套管接箍磷化液参数
2.
The best phosphorization reagent was sodium pyrophosphate,the dosage was 0.
以山东某提纯钙基膨润土为原料,研究了制备无机凝胶的最优工艺条件:以NaF为钠化剂,用量为提纯蒙脱石干质量的5%,室温下钠化30 min;以焦磷酸钠为磷化剂,用量为提纯蒙脱石干质量的0。
3.
The phosphorization mechanism analysis indicates that the phosphoriz.
研究了锌钙系磷化工艺。
6)  phosphatizing
磷化
1.
With new style composite additive, phosphatizing solution of Zn Mn Ca Ni system was developed to obtain phosphatizing coating composed of high density columnar crystal with high corrosion resistance.
为了探讨磷化体系中不同组分的作用 ,我们应用新型的复合添加剂 ,制得了可获得高耐蚀性磷化膜的Zn -Mn -Ca-Ni四元体系的磷化液 ,磷化膜为具有较高密集度的圆柱型晶体 ,并对磷化膜的微观结构与四组分的比例关系进行初步的探讨 ,从中得到各组分最优配比关系。
2.
The filming principles of phosphatizing and water-soluble coating were briefly introduced.
简要介绍了磷化成膜和水性漆成膜原理,重点介绍了车桥涂装材料和工艺设备,对提高载重车车桥涂装质量具有一定的指导意义。
参考词条
补充资料:碘化二乙氧磷酰硫胆碱,碘化磷,碘磷定,碘化胆碱硫磷酯,依可碘酯
药物名称:碘化磷酰硫胆碱

英文名:Echothiopate Iodide

别名:碘化二乙氧磷酰硫胆碱,碘化磷,碘磷定,碘化胆碱硫磷酯,依可碘酯
适应症: 用于原发性青光眼、慢性单纯性(开角)青光眼、调节性内斜视。
用量用法: 滴眼:视病情选用0.03%~0.06%滴眼剂。必要时,可提高至0.125%~0.25%,每日1~2次,每眼1~2滴。
注意事项:
1.可有虹膜及结合膜血管扩张、充血。过量时,由于强烈的缩瞳和调节痉挛,可致前额头痛、眼睑抽搐。 2.长期应用可引起白内障,过量吸收可出现急性痉挛性腹痛,甚至支气管痉挛等。
规格: 滴眼剂浓度:0.03%、0.06%、0.0125%、0.25%。

类别:眼科用药\抗青光眼药
说明:补充资料仅用于学习参考,请勿用于其它任何用途。