1) high-purity Aluminium and Zinc
高纯铝、锌
2) High purity zinc
高纯锌
1.
A new process of using ammonia and ammonium chloride solution to leach zinc oxide fume dusts and electrowinning high purity zinc was explored successfully.
开发了用NH3 NH4 Cl水溶液浸出炼铅炉渣烟化炉氧化锌烟灰制取高纯锌的新工艺。
2.
The three main methods for high purity zinc preparation,including electrolytic method,vacuum distillation,zone refining,are summarized and compared in this paper.
本文对目前高纯锌的三种主要制备方法(电解法、真空蒸馏法、区域熔炼法)进行了综述和比较。
3.
The results show that the anti-corruption ability of the high purity zinc reference electrode is more better than the o.
本文采用极化曲线等电化学方法研究了高纯锌在模拟土壤孔隙液中,温度、阳极极化电流、氧分压对锌电极电位的影响,以及XRD和失重法验证模拟土壤孔隙液试验的可行性。
3) high-purity zinc
高纯锌
1.
In this article a new process of using ammonia and ammonium chloride solution to leach zinc calcine and electrowinning high-purity zinc has been developed successfully.
利用NH3-NH4Cl水溶液浸出锌焙砂来制取高纯锌。
2.
In this article treating complex zinc oxide materials and preparing high-purity zinc are the primary objects of this study.
本文针对目前氟、氯、铁等杂质元素高的氧化锌物料、氧化锌矿常规方法难以处理以及无汞合金锌粉用高纯锌必须由0号锌用真空蒸馏或精馏法生产的问题。
3.
Under the conditions of the polar distance between different electrodes 40ram, electrolytic temperature 30℃, the adequate components of electrolyte and content of every component were selected through study on components of electrolyte from the production of high-purity zinc.
在异极间距40mm,电解温度30℃的条件下,通过对高纯锌生产的电解液组分的研究分析,从中选择出合适的电解液组分和电解液中各组分的含量。
4) high purity aluminum
高纯铝
1.
Critical fracture behavior of high purity aluminum under impact loading;
动态拉伸加载下高纯铝破坏的临界行为
2.
Influence of surface indices of high purity aluminum crystals on initiation process of pit etching;
晶面指数对高纯铝表面腐蚀发孔的影响
3.
Influence of surface scratch on the pit etching of high purity aluminum
表面划痕对高纯铝腐蚀发孔的影响
5) high purity aluminum foil
高纯铝箔
1.
Effect of speed ratio on textures transformation in cross shear rolled high purity aluminum foils;
异步轧制速比对高纯铝箔织构转变的影响
2.
Study on the texture of high purity aluminum foil for electrolytic capacitor
电解电容器高压阳极用高纯铝箔织构研究
3.
The effect of annealing temperature on micro-orientation in cross shear rolled high purity aluminum foils was investigated by means of orientation distribution functions(ODFs).
应用取向分布函数研究和分析了退火对异步轧制高纯铝箔微取向的影响。
6) High-purity aluminium
高纯铝
1.
Determining the impurity element in high-purity aluminium by inductive coupled palsma-mass spectrometry method;
电感耦合等离子体质谱法测定高纯铝中杂质元素
2.
The formation and development of the recrystallized cubic texture of high-purity aluminium foils in the presence of different cold-rolling lubricants were studied and analysed using ODF and SEM-EBSD.
采用ODF分析法 (晶体取向分布函数法 )及SEM -EBSD(背散射电子衍射 )技术研究和分析了不同冷轧润滑剂下高纯铝再结晶立方织构的形成和发展 ,结果表明 ,采用机油和煤油作润滑剂冷轧高纯铝箔时 ,退火后再结晶织构都是由很强的Cube织构以及弱的R织构组成 ,但煤油润滑比机油润滑冷轧样品退火后获得强得多的立方织构。
3.
Simulating textures of two different cold rolling lubrication were compared with the experimented textures in high-purity aluminium and the result s are in satisfactory agreement with those experimental measured.
采用Taylor模型,考虑了轧制过程中摩擦因素的变化,对具有初始织构的高纯铝冷轧织构进行了模拟。
补充资料：高纯铝
分子式：
CAS号：
性质：又称化学纯铝。含铝量通常高于99.85％。冶炼产品牌号用化学符号加顺序号表示，压力加工制品用符号L加顺序号表示，纯度均随顺序号增大而提高，如A101，A102，L01，L02等。高纯铝价格较贵，主要用于科学实验、化学工业和其他特殊用途等。
CAS号：
性质：又称化学纯铝。含铝量通常高于99.85％。冶炼产品牌号用化学符号加顺序号表示，压力加工制品用符号L加顺序号表示，纯度均随顺序号增大而提高，如A101，A102，L01，L02等。高纯铝价格较贵，主要用于科学实验、化学工业和其他特殊用途等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条