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- zirconium naphthenate 环烷酸锆
- A stable, corrosion-resistant zirconium alloy. 锆合金一种稳定而防腐蚀的锆合金
- A stable, corrosion - resistant zirconium alloy. 锆合金一种稳定而防腐蚀的锆合金
- TANGSHAN HEXIANG ZIRCONIUM INDUSTRY CO., LTD. 唐山贺祥锆业有限公司。
- The common driers are metal octoate and metal naphthenate. 常用的是变价金属环烷酸盐和异辛酸盐。
- Zirconium is almost as strong as steel, but lighter. 锆的强度几乎与钢相等,但它比钢轻。
- USAGE: TO PRODUCE OTHER ZIRCONIUM PRODUCTS, PIGMENT , GLASS . ETC. 用途:用于制备其它锆化物、颜料、玻璃等。
- A crosslinker,ammonium zirconium carbonate(AZC)was synthesised. 本文论述了碳酸锆铵交联剂的合成及其与丙烯酸乳胶的组配。
- Nickel naphthenate is used broadly in petrochemical and chemical scopes. 环烷酸镍是石油化工领域内的重要助剂。
- NOTE: THE ZIRCONIUM CONTENT IS ALL EXCEPT THAT OF ALL IMPURITIES IN 100%. 注:锆含量由100%25减去杂质和量得出。
- Color presentation is pure in transparent or Zirconium opaque glaze. 在透明釉、锆白釉,发色纯正。
- A kind of process for preparing hydrous zirconium fluoride is introduced. 介绍了水合四氟化锆的一种生产工艺。
- Sodium naphthenate in aqueous solution can solubilize oil fractions durmg caustic treatment. 研究表明,石油酸钠平均相对分子质量越大,对馏分油的增溶能力越强;
- In this paper, the titration curve of potassium naphthenate is acquired by using strong acid for titrating mixed base. 在本论文的实验中,利用强酸滴定混合碱法获得了环烷酸钾的滴定曲线,并据此确定环烷酸是一元弱酸;
- The products are storage-stable and have lower toxicity than that of naphthenate driers. 其制备工艺简单,产品具有毒性小,粘度低及贮存稳定性好等特点。
- The aluminum may be replaced at least in part with finely particled zinc, zirconium, boron, or magnesium. 铝粉至少可以部分地用细粒度的锌、锆、硼或镁所代替。
- Caustic washing and oil deposition from alkali waste were used to determine the solubilization capacity of sodium naphthenate for oil fractions. 采用馏分油碱洗脱酸和由碱渣中析油两种方法测定了石油酸钠对馏分油的增溶能力及水溶性醇类对这种增溶作用的影响。
- The solubilization capacity increases with the increase of relative molecular mass of sodium naphthenate or its concentration. 水相中石油酸钠浓度越大,对馏分油的增溶能力越强;
- The 4d metals rhodium, palladium, and zirconium do not occur as ordered magnetic materials. 4d金属铑、钯、锆不能作为有序磁性材料。
- Cyclohexanone peroxide and cobalt naphthenate were used as initiator.The kinetics of cure reaction was studied by using DSC. 本文研究了上述反应体系的固化反应动力学,研究结果可作为控制固化反应速度的依据。