1) Al-Si coating
Al-Si涂层
1.
Research on corrosion resistance of an Al-Si coating on a K4104 high-temperature alloy;
K4104高温合金Al-Si涂层耐腐蚀性能研究
2.
Al-Si coatings were prepared on the superalloy K4104 by the slurry process.
用无机盐料浆法在K4104镍基高温合金表面制备了渗Al-Si涂层。
3.
Al-Si coating were prepared on nickel-base superalloy ЖС6У by molten slurry process.
用熔烧型料浆法在镍基高温合金ЖС6У表面制备了Al-Si涂层。
2) Al-Si coatings
Al-Si涂层
1.
The Al-Si coatings on the surface of DZ4 superalloy were re-prepared by using slurry process.
用料浆法在DZ4镍基高温合金表面"二次"制备Al-Si涂层,依据GB/T13303-91对DZ4合金料浆渗铝硅试样进行1 100℃×300 h抗高温氧化实验。
3) Al Si coating
Al-Si涂层
1.
The high temperature oxidation behavior of Al Si coatings on the Ni base superalloy DZ125, with and without the ambient temperature corrosion test, was investigated.
研究了未经 /经常温腐蚀的 DZ1 2 5镍基合金表面 Al-Si涂层的高温氧化行为。
4) Al-Si-Y coating
Al-Si-Y涂层
1.
A new Al-Si-Y coating prepared by vacuum arc plating was introduced,and its conventional technical properties was analyzed.
介绍了研制的新型Al-Si-Y涂层,分析了Al-Si-Y涂层的常规工艺性能。
2.
Al-Si-Y coating were prepared on nickel-base superalloy by Vacuum Arc Plating.
采用真空电弧镀技术在镍基高温合金基材上制备Al-Si-Y涂层。
5) Al-Si coatings
渗Al-Si涂层
1.
High temperature oxidation properties of Al-Si coatings on a DZ4 supperalloy;
DZ4合金渗Al-Si涂层抗高温氧化机理研究
6) Al-Si-Y alloy coating
Al-Si-Y涂层
1.
In order to improve the oxidation resistance,using the Al-Si-Y cathode target material,Al-Si-Y alloy coating was deposited on ЖС6У Ni base high-temperature alloy by arc ion plating(AIP).
ЖС6УNi基高温合金是航空发动机涡轮叶片常用的材料,为了提高其氧化性能,利用自制的Al-Si-Y合金阴极靶材,采用电弧离子镀技术在ЖС6УNi基高温合金基体上沉积Al-Si-Y合金涂层,研究了Al-Si-Y涂层在1100℃时的恒温氧化性能、1000℃时的循环氧化性能。
2.
In order to improve both oxidation and corrosion resistances of coating,the Al-Si-Y alloy coating was deposited on Ni based superalloy ЖС6У with taking the home-made Al-Si-Y alloy as cathode target material.
为提高Al-Si-Y涂层的抗高温氧化和耐热腐蚀性能,利用自制的Al-Si-Y合金阴极靶材在ЖС6У镍基高温合金基体上沉积Al-Si-Y合金涂层,研究了Al-Si-Y涂层在1100℃时的恒温氧化性能、1000℃时的循环氧化性能以及涂层在850℃时的75%Na2SO4+25%K2SO4熔盐热腐蚀行为,并将其与传统的二元渗Al-Si层以及国内外的多元涂层相比较。
补充资料：Al-Si cast aluminium alloy
分子式：
CAS号：
性质：以硅为主要合金元素的铸造铝合金。硅的添加量范围为5％～25％，并添加镁、铜等元素，形成亚共晶型、共晶型或过共晶型合金。含硅量为5％～13％的亚共晶型或共晶型合金是工业生产中应用最广泛的铸造铝合金。良好的铸造工艺性能和气密性是它们的主要特点。含硅量在13％以上的过共晶型合金具有热膨胀系数小、耐磨性好等特点。
CAS号：
性质：以硅为主要合金元素的铸造铝合金。硅的添加量范围为5％～25％，并添加镁、铜等元素，形成亚共晶型、共晶型或过共晶型合金。含硅量为5％～13％的亚共晶型或共晶型合金是工业生产中应用最广泛的铸造铝合金。良好的铸造工艺性能和气密性是它们的主要特点。含硅量在13％以上的过共晶型合金具有热膨胀系数小、耐磨性好等特点。
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参考词条