1) 663 copper alloy
663锡青铜
1.
The techniques for laser direct forming of 663 copper alloy and 316L stainless steel,as well as the microstructure and properties of formed parts were studied.
我们建成了金属零件激光快速成型的专用系统,研究了663锡青铜及316L 不锈钢的激光快速成型工艺及零件的组织性能,成功制备出具有一定复杂外形的零件,所制零件组织致密,力学性能与铸造及锻造退火态相当,显示出广阔的发展前景。
2.
The rectangle thin wall tube of 316 stainless steel and the contortion thin wall tube of 663 copper alloy are fabricated by Laser Rapid Prototyping.
采用激光快速成型技术制备出316L不锈钢薄壁矩形管和663锡青铜扭曲薄壁方管。
2) tin bronze
锡青铜
1.
Centrifugal Casting Technology for HighQuality Tin Bronze Sleeve;
离心铸造优质锡青铜套筒工艺
2.
Evaluation of uncertainty in the determination of Sn in tin bronze by photoelectric direct reading spectrometry
光电直读光谱分析法测定锡青铜中锡不确定度的评定
3.
The effects of Zn, Sn on properties and microstructure of vacuum casting tin bronze were studied.
用相同质量的锌代替部分锡,研究了Zn、Sn对真空铸造锡青铜合金性能和组织结构的影响。
3) Sn-P bronze
锡磷青铜
1.
An analysis of the "blue zone" or "blue spot" on Sn-P bronze strip surface;
锡磷青铜锭坯表面“蓝带”、“蓝斑”形成原因探讨
2.
Sn-P bronze is an elastic copper-based alloy with the requirements of high accurate of dimension,good surface quality,excellent shape of strip and properties for production.
锡磷青铜作为广泛应用的弹性合金材料,生产上要求其尺寸精度高、表面质量好、板形和性能优良。
3.
By using plasma arc method an Sn-P bronze hardfacing formed on steel 25,which contains more strengthening phases.
25钢基体锡磷青铜合金粉末等离子孤喷焊层，含有较多的强化相，与镀铬轮组成摩擦副，耐磨损性能明显优于由QA19-4青铜和镀铬轮组成的摩擦副。
4) tin-bronze
锡青铜
1.
Small Caliber Tin-bronze Ring in Centrifugal Casting
离心铸造锡青铜小口径涨圈
2.
The experimental investigation of the diffusion bonding of titanium alloy(Ti-6Al-4V) to tin-bronze(ZQSn10-10) was carried out.
对钛合金Ti-6A l-4V与锡青铜ZQSn10-10异种金属扩散连接进行了试验研究。
3.
The experimental investigation of the diffusion bonding of titanium alloy(Ti-6Al-4V) to Tin-bronze (ZQSn10-10) in vacuum was carried out by using pure copper as the transition metal.
采用纯铜(Cu)箔作中间过渡层在真空下对钛合金Ti-6Al-4V与锡青铜ZQSn10-10异种材料进行扩散连接。
5) phosphor bronze
锡磷青铜
1.
The cause for the fracture of phosphor bronze strip during rapid cooling for removing the scales on its surface is studied.
阐述了在实际生产过程中,因大量使用镀白旧料生产锡磷青铜带材,在急冷破鳞时易出现开裂现象及其产生的原因。
2.
The appearance of bluish streaks and spots on the surface of horizontally cast slab of phosphor bronze is described and the cause of the phenomenon is explored.
阐述了生产过程中锡磷青铜带材易出现的“蓝带”、“蓝斑”现象以及其产生的原因。
3.
The phenomenon of the bluish spots formed during production on the surface of phosphor bronze strip is described and the influence of the formation of inverse segregation and the crystallizer discussed.
论述了锡磷青铜板带材生产过程中出现的蓝斑现象,探讨了形成反偏析的机理及结晶器表面状况对蓝斑现象的影响。
6) tin-bronze rod
锡青铜棒
补充资料：B-663
分子式：C27H22Cl2N4
分子量：473.41
CAS号：2030-63-9
性质：砖红色结晶性粉末。熔点212-213℃。溶于氯仿、二甲基甲酰胺，微溶于乙醇，不溶于水。
制备方法：2-氨基-4'-氯二苯胺经环合、缩合而得。
用途：抗麻风药。
分子量：473.41
CAS号：2030-63-9
性质：砖红色结晶性粉末。熔点212-213℃。溶于氯仿、二甲基甲酰胺，微溶于乙醇，不溶于水。
制备方法：2-氨基-4'-氯二苯胺经环合、缩合而得。
用途：抗麻风药。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条