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1)  copper wire rod
铜杆
1.
Main causes and counter-measures for seasonal break of oxygen-free copper wire rod;
无氧铜杆季节性断线的主要原因和解决的方法
2.
There are various manufacture processes of copper wire rod and also viarious sizes andquantities of Cu_2O particles in copper.As a result,there will be various structures and prop-erties of drawing of rod,Smaller and fewer Cu_2Oparticles will be helpful to for reduce frac-ture rate of drawing.
铜杆的制造方法不同,铜杆内氧化亚铜粒子的粗细和数量也就不同,从而影响了拉线性能。
2)  copper bar
铜杆
1.
The paper describes the research on effect of rare earth additive on structure, physical property and impurity removal of low oxygen bright copper bars produced by continuous casting and rolling, and gives analysis and discussion on function and results of applying rare earth additive in continuous casting and rolling of copper bar.
研究了稀土添加剂对连铸连轧低氧光亮铜杆的组织结构、物理性能及杂质脱除的影响 ,分析讨论了稀土添加剂在连铸连轧铜杆中的作用及其应用的效
3)  nano copper bar
纳米铜杆
1.
A method of pre-relaxation and velocity loading on one end of specimen (with the other fixed in plane) is used in molecular dynamics (MD) simulation on nano copper bar under uniaxial tensile impact loading.
采用预弛豫和对试件一个端部进行速度加载(另一端固定)的方法在分子动力学模拟中实现了纳米杆真实的动态单向加载过程,并提出了与宏观一致的应变率定义;对长脉冲和短脉冲在纳米铜杆中的传播过程进行了分子动力学模拟,同时也对短脉冲在纳米铜杆中的传播进行了连续介质力学三维有限元模拟。
4)  Oxygen Free Copper Rod
无氧铜杆
1.
Effects of RE on Technological Processing and Product Properties of Oxygen Free Copper Rod;
稀土对无氧铜杆生产工艺及产品性能的影响
5)  round copper rods
圆铜杆
1.
Effects of trace RE elements on the properties of low oxygen cleaned round copper rods manufactured by continuous casting and rolling;
微量稀土对连铸连轧低氧光亮圆铜杆性能的影响
6)  soft copper wire rod
软铜杆
1.
In this paper,the author presented the factors affecting the delivery length of soft copper wire rod and put forward some ideas and methods to increase the delivery rate of soft copper wire ro
介绍影响软铜杆交货长度的几个问题,阐述了为提高软铜杆交货率的一些思路、方法。
补充资料:醋酸铜合亚砷酸铜
分子式:Cu(CH3COO)2·3Cu(ASO2)2
CAS号:

性质:学名醋酸铜合亚砷酸铜(Copper acetoarsenit)。醋酸铜和亚砷酸铜的复盐。深绿色粉末。能溶于酸。不溶于水和醇。能水解。空气中二氧化碳作用生成亚砷酸。可由亚砷酸钠、醋酸和硫酸铜作用而制得。农药上用作杀虫剂,常与消石灰混合。并配成90%可湿性粉剂使用,以降低其药害。也可用于木材防腐。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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