电解法研制氧化亚铜

对电解法生产氧化亚铜进行试验研究，提出了电解法生产氧化亚铜的工艺方法，确定了最佳工艺条件。试验产品质量达化工行业标准。     

紫铜熔铸中如何防止吸气

阐述了氢和氧对铜液的溶解能力，熔铸紫铜时的条件，气体形成的机理，气孔对加工材的危害以及防止吸气的措施。     

铜线杆质量影响因素浅谈

从杂质元素、稀土元素、等方面讨论了铜线杆质量影响因素,以及表面质量对铜材加工的影响。     

先进艾萨炉在铜冶炼中的应用

介绍了艾萨炉在云南铜业股份有限公司的引进过程，应用实践表明，该技术引进是成功的，实现了增产、节能和排放达标，经济效益和社会效益显著。     

金堆城百花岭选矿厂钼浮选金属走向查定及分析

考查了金堆城百花岭选矿厂钼、硫、铜、铅在选钼流程中的走向与分布，提出了进一步优化工艺的措施和降低钼精矿铜、铅等杂质的方法。     

结晶器铜管的修复工艺

通过对两种不同规格的结晶器铜管进行比较，叙述了结晶器铜管的修复工艺及修复过程中应注意的问题，修复后的结晶器铜管达到使用要求，降低了生产成本，提高了经济效益。     

Stresses in bent copper tubing: Application to fatigue and stress-corrosion cracking failure mechanisms

The residual and applied stresses in u-bent copper tubing are addressed in the context of both cyclic fatigue and stress-corrosion cracking. Failures as a result of fatigue and stress corrosion cracking in u-bent copper tubing have been observed to initiate at nonintuitive locations when only the applied stresses on the component are considered. This paper presents both qualitative classical and quantitative finite-element stress analysis results for the forming of u-bends. The resulting residual stress distributions are compared to fracture patterns generated by both fatigue and stress-corrosion cracking mechanisms.     

高炉紫铜风口的焊接

高炉紫铜风口是由铸造本体和轧制端头两个部分采用TIG手工焊接而成。随着高炉的扩容，为了延长风口使用寿命，提高焊缝物理和力学性能，成功采用了MIG自动焊，满足了高炉生产需求。     

氨水介质中的原子吸收光度法测定铜精矿中的银量

试样经硝酸—氯酸钾溶解，在硫酸铵—氨水—乙醇介质中，将铜、锌、银等生成可溶性氨络合物与铁、铝、汞、铅、锰等元素分离。控制适量氨水，于原子吸收分光光度计，波长328．1nm处，以空气—乙炔火焰测定溶液中银的吸光度，扣除背景吸收。该法灵敏度为0．033μg/mL，1％吸收，检出限为0．004μg/mL，测量范围4～1500g/t。     

Expansion of Plasma of Electrically Exploding Single Copper Wire Under 4.5kA～9.5kA/Wire

Abstract The experimental system for electrically exploding single metal wire has been de-signed and manufactured. Expansion of the dense plasma column formed from an electricallyexploding Cu wire of diameter 30 μm has been studied with a high-speed photographer to obtainthe time-dependent radius (R-t) curve. The experimental results demonstrate that the mean ex-pansion rate of the dense plasma column is 1.94 μm/ns, 2.6 μm/ns and 3.75 μm/ns according tothe peak pulse current 4.5 kA, 7 kA and 9.5 kA respectively. The results can be beneficial to givinga profound understanding of the early stage of wire-array Z-pinch physics and to improvement ontheir design.