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锌基合金 zinc based alloy英语短句 例句大全

时间:2024-04-19 08:27:59

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锌基合金 zinc based alloy英语短句 例句大全

锌基合金,zinc based alloy

1)zinc based alloy锌基合金

1.Study of new additive forzinc based alloy electroplating;一种新型锌基合金电镀添加剂的研究

2.The hot deformation behaviors of a self-developedzinc based alloy which could replace HPb59-1 brass used as structural pieces were investigated by means of the isothermal compression test.采用热模拟试验机对一种自行研制的高强度易切削锌基合金进行了等温热压缩试验。

bining with silicone rubber moulding and precision casting technology,zinc based alloy mould for the plastic products was obtained.模具材料使用锌基合金 ,模具制作周期短、成本低、质量好。

英文短句/例句

1.Fabricating Process and Properties of the Powder Metallurgy of High Aluminum Zn-based Alloy粉末冶金高铝锌基合金的制备与性能

2.The Research on the High Aluminum Zinc Based Alloy Intensified by Rare Earth Oxide;稀土氧化物强化的高铝锌基合金研究

3.Stuydy on Phase Diagram, Phase Transformation and Properties of High Aluminum Zn-Based Alloys;高铝锌基合金相图、相变与性能研究

4.Study of the Effect of Silicon and Magnium on Properties of High Aluminum Zinc Matrix Alloys;硅锰对高铝锌基合金性能影响的研究

5.The Current Status and Evolution of Abnormal Co-deposition Mechanisms in Zn-based Alloy;锌基合金异常共沉积的机理研究现状

6.Study on Wear Properties and Casting Techniques of Zinc-based Alloy锌基合金的磨损性能和铸造工艺研究

7.Application of Zinc-based Alloy in Fabrication of Injection Moulds锌基合金材料在注射模制造中的应用

8.Trends and Development of Research on Anti-Corrosion Zinc-Based Alloy Coatings耐蚀锌基合金镀层的研究现状和趋势

9.The Effect of Al Content on the Microstructure of High Aluminum Zinc-based AlloysAl含量对高铝锌基合金组织的影响

10.Zinc base die castings are always copper plated in cyanide baths.锌基合金的压铸件总是在氰化镀液中镀铜。

11.Study on Phase Transformation and Thermophysical Properties of High Aluminum Zn-Based Alloys;高铝锌基合金的相变与热物理性能研究

12.Application of Zinc-base alloy in drawing die锌基合金材料在拉深模制造中的应用研究

13.Reaction mechanism and microstructure of interface in soldered joint of zinc-based alloy锌基合金钎焊界面区的反应机制及组织结构

14.Krupp bearing alloy克虏伯锌基轴承合金

15.Ledebur bearing alloy莱德伯尔锌基轴承合金

16.Germania bearing alloy吉曼尼阿锌基轴承合金

17.spelter brazing alloy铜锌基硬钎焊料合金

parison of Tin base, Lead base and Zinc base alloy for Bearing purpose锡基、铅基及锌基轴承合金比较表

相关短句/例句

zinc-based alloy锌基合金

1.Prediction of HAZ tribological properties of fusion weldedzinc-based alloy by means of artificial neural network;基于人工神经网络的锌基合金熔化焊HAZ摩擦学性能预测

2.Microstructure and properties of extruded profiles ofzinc-based alloys;锌基合金挤压型材的组织与性能

3.Taking the molding mould for the saddle foamed plastic pads as an example, the casting technological process for the curve-surface cavityzinc-based alloy die was stated.以鞍座泡沫塑料垫成型模为例 ,阐述了曲面型腔模具的锌基合金铸模工艺 ,同时将三维温度场电算技术在铸模过程模拟预测中进行了有效的应用。

3)zinc base alloy锌基合金

1.Effect of chemical composition on mechanicalproperties ofzinc base alloy;化学成分对锌基合金性能的影响

2.On the basis of rapid prototype and analysis on cooling system optimization,zinc base alloy plaster casting method was applied to the manufacture of insert blocks of plastic mould with inner optional-laying cooling water channel.现在快速样件和冷却系统优化分析的基础上,用锌基合金石膏型铸造的方法对内置任意布置冷却水道的塑料模具镶块进行了试制,取得了满意的效果。

3.The laws of anomalous codeposition ofzinc base alloy were summed up, the development and present situations of the anomalous codeposition mechanism were summarized briefly, and several new mechanisms were reviewed in detail.总结了锌基合金异常共沉积的规律,概述了锌基合金异常共沉积机理研究的发展现状,对几种较新的机理进行了综合评述。

4)zinc-base alloy锌基合金

1.In this paper, the effects of rare earth on the structure and properties ofzinc-base alloy are studied.研究了稀土对锌基合金的组织、性能的影响。

5)zinc Alloy锌基合金

1.Development and Application of Zinc alloy Plating Technology;电镀锌基合金工艺的发展及应用

2.The corrosion resistance in neutral and acidic media of the zinc alloy layer is determined.在热镀锌镀液 (纯Zn、Zn<0 1 %Al、Zn<0 1 %Ni)中添加微量稀土元素 ,对其所形成的锌基合金层在中性及酸性介质中的耐腐蚀性进行了测定。

6)zinc alloy mould锌基合金模

1.The article explains the manufacture and application of thezinc alloy mould from the characteristic of zinc.从锌基合金模的特点出发,阐述了锌基合金模的研制以及应用情况。

延伸阅读

锌基合金阳极分子式:CAS号:性质:防腐用语。锌中加入少量铝、镉、锰等形成合金,能消除铁的有害作用,并提高锌合金中铁的临界含量的牺牲阳极。目前应用广泛的是Zn-A1-Cd系三元锌基合金牺牲阳极。它具有溶解性能好、电流效率高、价廉、加工容易等特点。特别是对油轮舱内钢的保护时,由于它与钢结构撞击时不会产生火花,所以很安全,是惟一能在此情况下使用的牺牲阳极。

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