1)  titanium-nickel yellow pigment
钛镍黄颜料
1.
The synthesis mechanism of titanium-nickel yellow pigment by self-propagating high-temperature (SHS) was studied by SKM.
钛镍黄颜料是一种有限置换型固熔体,其自蔓延燃烧合成过程是由金属Ti粉燃烧生成TiO2开始的,金属Ti粉燃烧放出热量,为系统提供进一步反应所需的热能。
2)  Ti-Ni
钛镍
1.
Study on Reactive Braze Ti-Ni Intermetallic Compound Coatings;
反应钎涂钛镍金属间化合物涂层研究
3)  Ti-Ni alloy
钛镍合金
1.
A new kind of boron nitride based shell mold used for investment casting titanium alloys was fabricated and the reaction between it and Ti-Ni alloy was investigated.
研究了一种新型钛合金精密铸造用型壳——氮化硼基复合型壳及其与钛镍合金的界面反应和反应层的形成机制。
2.
The practicability on Ti-Ni alloy manufactured by direct electrochemical reduction of TiO2 and NiO oxides was investigated.
研究了利用熔盐电解法从金属氧化物中直接电解制备钛镍合金的可行性。
4)  Ti-Ni alloy sheet
钛镍板
5)  titanium-nickel yellow pigment
钛镍黄
1.
Synthesized titanium-nickel yellow pigment from titanium,TiO_2,NiO and Sb_2O_3 by Self-propagating High-temperature Synthesis(SHS),and some technological factors that influencing the color properties were also investigated by XRD,DTA and CIE.
以金属钛、TiO2、NiO、Sb2O3为主要原料,用自蔓延燃烧法合成了钛镍黄颜料;采用XRD、DTA及CIE色度分析手段探讨了自蔓延法合成钛镍黄颜料中原料配比和保温时间对颜料呈色效果的影响。
6)  TiNi alloy
钛镍合金
1.
The Study of Interface Reaction Between TiNi alloy and BN Based Shell Mould used for Investment Casting Titanium;
BN基复合型壳熔模精铸钛镍合金时的界面反应
2.
Continuous cast of TiNi alloy has been realized with homemade equipment consisting of an induction heating with CaO crucible and BN lining of crystallizer.
在自行研制的钛合金连铸装置上进行钛镍合金的连续铸造实验,在感应加热下使用氧化钙坩埚和氮化硼结晶器内衬,通过调整各项工艺参数,实现连续铸造。
3.
The effect of equal channel angular extrusion(ECAE)treatment on tribological behavior of of TiNi alloy was investigated.
研究了油润滑条件下等径弯角挤压(ECAE)工艺处理对钛镍合金摩擦学性能的影响,并利用扫描电子显微镜(SEM)对钛镍合金材料磨损表面进行了观察和分析。
参考词条
补充资料：颜料黄光艳红BL
分子式：C34H26BaN4O8S2
分子量：820.051
CAS号：暂无

性质：黄光红色粉状，不溶于乙醇和水。耐晒、耐热、耐酸、耐碱、耐有机溶剂及水毵生均良好等性能特点。

制备方法：由对甲苯胺邻磺酸重氮化后，与2-萘酚偶合，经氢氧化钠、松香处理实现松脂化，再用氯化钡进行沉淀完成色淀化，而后过滤、干燥、粉碎而制得产品。1.重氮化2.偶合3.色淀化原料消耗（kg/t）对甲苯胺邻磺酸（100%） 3952-萘酚（工业） 305盐酸（30%） 630亚硝酸钠（100%） 145烧碱（100%） 470松香（特级） 140氯化钡（工业） 400

用途：主要用于油漆和油墨的着色。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。