1)  Cu-Al-Be
Cu-Al-Be
1.
Research in mechanical properties of heated mold continuous casting Cu-Al-Be super-elastic alloy wires;
热型连铸Cu-Al-Be超弹性合金丝机械性能的初步研究
2.
STRESS CORROSION CRACKING CHARACTER OF Cu-Al-Be SHAPE MEMORY ALLOYS;
Cu-Al-Be形状记忆合金的应力腐蚀性能
3.
Thepurpose of this experiment was to study the new Cu-Al-Mn and Cu-Al-Be alloy'sability of cold-deformation, and improve mechanical properties and super elasticity ofthis two alloy b.
本课题对新型Cu-Al-Mn和Cu-Al-Be合金的冷变形能力进行了研究,并使用热型连铸法定向凝固以得到粗大的柱状晶组织,通过强化织构来提高Cu基合金的力学性能和疲劳性能。
2)  Cu-Al
铜铝结构
1.
Some Cu-Al structures used in thermal exchangers may lead to galvanic corrosion.
铜铝结构热交换器存在着电偶腐蚀的倾向。
3)  Cu-Al Alloy
CuAl合金
1.
Effects of Annealing Treatment on Oxidation Rate of Cu-Al Alloy at High Temperature;
退火工艺对CuAl合金高温氧化速率的影响
4)  Cu-Al alloy
Cu-Al合金
1.
Identification of the oxide layer of Cu-Al alloy plate produced by internal oxidation;
Cu-Al合金平板试样内氧化层的测定
2.
3% com-pared with unsintered blank at the same time,and internal oxidation of Cu-Al alloy particles ocnurs.
3%;同时Cu-Al合金颗粒完成了内氧化,生成了大量粒状的Al2O3并弥散分布于铜基体,其粒径约为5~20 nm,颗粒间距约为25~60 nm。
3.
Thermodynamic requirements of internal oxidation of Cu-Al alloy were systematically analyzed, and the area chart of internal oxidation thermodynamics was drawn at the same time.
对Cu-Al合金内氧化的热力学条件进行了分析,绘制了内氧化的热力学条件区位图。
5)  Cu/Al-Ce-PILC
Cu/Al-Ce-PILC
1.
Study on Deactivation of Cu/Al-Ce-PILC in the Selective Catalytic Reduction of NO by Propylene;
Cu/Al-Ce-PILC在丙烯选择性催化还原NO反应中的失活研究
6)  Ni-Cu-Al catalyst
Ni-Cu-Al催化剂
1.
cat) with large inner diameters are synthesized through pyrolysis of methane on a Ni-Cu-Al catalyst by adding sodium carbonate into the carbon nanotubes growth system.
Ni-Cu-Al催化剂中加入少量碳酸钠,催化裂解甲烷制备了大孔径碳纳米管,碳纳米管的产量为2。
参考词条
补充资料:Cu-Al inorganic adhesive
分子式:
分子量:
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性质:主要成分为CuO-Al(H2PO43。由固体和液体两部分组成。固体部分为黑色粉末,易吸潮结块,主要组分为铁氧化铜;液体部分为白色或微带棕黄色的粘性液体。易结晶,主要组分为磷酸二氢铝。将固体和液体两部分调配后使用。用于钢铁、铝等各种金属制品的粘接,如刀具、量具、模具、设备维修和密封堵漏等;也用于陶瓷的粘接。固体部分由硫酸铜与氢氧化钠水合,用过量氢氧化钠溶解,再经干燥、焙烧制得;液体部分由磷酸与氢氧化铝按一定比例混合后加热制得。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。