5754铝合金,5754 aluminum alloy
1)5754 aluminum alloy5754铝合金
1.The different anneal temperature(holding time 1 h) influence on microstructure and properties of5754 aluminum alloy sheet produced by outsourcing coil was studied,the production process and heat treatment was finalized,and the available 5754-H24 sheet was good quality and could meet requirement of customer.试验研究不同退火温度(保温1h)对外购卷生产的5754铝合金板材组织与性能的影响,确定了5754-H24铝合金板材的生产工艺及热处理制度,生产出质量稳定、满足用户要求的5754-H24板材。
2.This thesis focus on the analysis of difficulty of arts and technique for how to product5754 aluminum alloy strips by cast-rolling.对铸轧法生产5754铝合金板坯的工艺技术难点进行了分析,介绍了结合生产实际开发的5754铝合金铸轧板坯的生产工艺,以及制得的板坯的组织和性能。
英文短句/例句
1.Research and development on 5754 aluminum alloy plate used on the door of sedan轿车门内用5754铝合金板材的研发
2.Discuss on cast-rolling technology of 5754 aluminium alloy strips5754铝合金铸轧板坯生产工艺探讨
3.Research on 5754 aluminium alloy sheet produced by outsourcing coil退火温度对外购卷生产5754铝合金板材组织和性能的影响
4.Characteristics of Laser Beam-Resistance Seam Welding of 5754 Aluminum Alloy铝合金5754的激光束/电阻缝焊特性
5.Aluminium and aluminium alloys--Terms and definitionsGB/T8005-1987铝及铝合金术语
6.uminium alloy extruded rods铝及铝合金挤压棒材
7." Aluminum alloy stranded conductors and aluminum alloy conductors,steel-reinforced"GB9329-1988铝合金绞线及钢芯铝合金绞线
8.Metallurgy Bonding of Closed-cell Aluminum Foam with Aluminum and Aluminum Alloy Plate闭孔泡沫铝与铝及铝合金覆板的冶金结合
9.bimetal strip from tin-aluminium alloy高锡铝合金双金属带
10.special aluminium mischmetal特种铝基混合稀土合金
bination of Al_3Ti and NiAl by Ion Beam Methods;离子束法合成钛铝、镍铝合金的研究
12.Seamless aluminum alloy gas cylinderGB11640-1989铝合金无缝气瓶
13.Aluminium alloy ingots for castingGB/T8733-1988铸造铝合金锭
14.Aluminum alloy casement huny doorsGB/T8478-1987平开铝合金门
15.Feature of Aluminized Silicon Alloy Steel Sheet镀铝硅合金钢片的特色
16.Aluminium-titanium alloy wiresGB/T3129-1982铝钛合金丝
17.Anti-Burglar Door & Aluminum Alloy installation Team防盗门铝合金安装队
18.Wrought aluminium alloy extruded profiles for architectureGB/T5237-1993铝合金建筑型材
相关短句/例句
aluminium alloys / Al Si alloy铝合金/铝硅合金
3)aluminum and aluminum alloy铝及铝合金
1.Microstructure and strength ofaluminum and aluminum alloy joint brazed with rapidly-cooled Al-Si-Cu-Zn filler metals;Al-Si-Cu-Zn急冷钎料钎焊铝及铝合金的界面结构及强度
2.Green bright dipping process foraluminum and aluminum alloy;铝及铝合金环保出光工艺
3.Study on the process of electroless Ni-P alloys plating onaluminum and aluminum alloy;铝及铝合金化学镀Ni-P合金工艺研究
4)Aluminium and Aluminium alloy铝及铝合金
1.Determination of Fe, Cu, Si, Mn, Mg, Cr,Zn, Ti and Ga Elements in Aluminium and Aluminium Alloy on Import & Export;进出口铝及铝合金中Fe、Cu、Si、Mn、Mg、Cr、Zn、Ti、Ga等元素的测定
2.Chromating technology of aluminium and aluminium alloy are introduced.对铝及铝合金的铬酸盐转化膜工艺作了介绍,论述了铬酸盐转化膜工艺的日常管理及注意事项。
3.The EDTA-H 2O 2 specteophotometry method can determined iron in the aluminium and aluminium alloy.在pH≥ 10 2的氨性介质中 ,Fe(Ⅲ )与EDTA及H2 O2 形成稳定的紫红色三元配合物 ,铁量在 0~ 0 0 6mg/ml范围内符合比耳定律 ,可用于铝及铝合金中铁的测
5)aluminum and its alloys铝及铝合金
1.An environmentally acceptable chemical conversion agent CF-5 was formulated from non-toxic titanium salt, zirconium slat, and organic polymer so as to replace the conventional toxic chromium(Ⅵ) passivation agent used foraluminum and its alloys.开发了一种由无毒的钛盐、锆盐和有机聚合物组成的铝及铝合金化学转化剂CF-5,以取代有毒的六价铬钝化。
2.The development of zincation foraluminum and its alloys, from using s imple concentrated solution to dilute solution, finally to multi-metal and cyanide s olution, is described in detail.较详细地阐述了铝及铝合金浸锌工艺 ,从单纯的浸浓溶液到稀溶液 ,再到多元合金的浸锌溶液及无氰浸锌溶液的发展过程 ,分析了浸锌工艺的优点与缺点 ,及防止浸锌工艺引出的特殊腐蚀问题的措施 ,对浸锌机理进行了初步探索。
3.This paper described the recently progress on surface treatment ofaluminum and its alloys.本文简要介绍了目前铝及铝合金表面处理技术的进展。
6)aluminum and its alloy铝及铝合金
1.Determination of fluoride ions in chromating bathofaluminum and its alloys;铝及铝合金铬酸盐转化处理槽中氟离子的测定
2.Research progress of chromate-free surface treatment technology onaluminum and its alloys铝及铝合金无铬表面处理技术研究进展
3.With chemical oxidizing and subsequently pai nt ing ofaluminum and its alloy, adhesion of aluminum substrate with coatings cou l d be greatly improved, as well as corrosion resistance.铝及铝合金化学氧化后涂漆,可大大提高基体与涂层的结合力,并增强铝材的抗蚀能力。
延伸阅读
[3-(aminosulfonyl)-4-chloro-N-(2.3-dihydro-2-methyl-1H-indol-1-yl)benzamide]分子式:C16H16ClN3O3S分子量:365.5CAS号:26807-65-8性质:暂无制备方法:暂无用途:用于轻、中度原发性高血压。