1) pure zine particle
纯锌粒
2) high pure copper and zinc alloy granule
高纯度铜锌合金颗粒
1.
Study on inhibition effect of high pure copper and zinc alloy granule on proliferation of Legionella pneumophila;
高纯度铜锌合金颗粒抑制军团菌生长研究
3) pure Zinc
纯锌
1.
Deformation and damage behavior of coarse-grained pure zinc under unidirectional tension and compression;
单向拉伸与压缩时粗晶纯锌的形变及损伤行为
2.
A study has been performed on micromechanisms of cyclic deformation and fatigue damage in pure Zinc and TC4 Titanium alloy under low-cycle impact fatigue (LCIF) loading.
研究了六方金属纯锌和TC4钛合金在低周冲击疲劳载荷下的循环变形和损伤机制。
3.
Electrorefining of hot galvanizing slag to produce pure zinc is a completely new technology.
热镀锌渣电解精炼制取纯锌 ,是处理热镀锌渣的全新工艺。
4) zinc particle
锌粒
5) 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。
6) 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。
补充资料：工业纯锌
分子式：
CAS号：
性质：纯度为98.7％～99.99％的锌。常含有铅、铁、镉、铜、砷、锑、锡等杂质。锡、砷等为有害杂质。通常用氧化锌和焦炭混合，在鼓风炉中冶炼制取锌。有较好的机械性能和耐蚀性能。加工成板、箔、线材形式用于印刷、机械、化工、电池、仪表等工业部门，配制合金、作合金元素(如制黄铜)。大量用于制白铁皮。
CAS号：
性质：纯度为98.7％～99.99％的锌。常含有铅、铁、镉、铜、砷、锑、锡等杂质。锡、砷等为有害杂质。通常用氧化锌和焦炭混合，在鼓风炉中冶炼制取锌。有较好的机械性能和耐蚀性能。加工成板、箔、线材形式用于印刷、机械、化工、电池、仪表等工业部门，配制合金、作合金元素(如制黄铜)。大量用于制白铁皮。
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