1) bronze electrode
青铜焊条
2) bronze
青铜
1.
The Influence of the Smelting and Casting Technology's Development of Chinese Bronze on Timbal;
中国青铜冶铸技术发展对铜鼓的影响
2.
Chemical behavior of mass transfer at the bronze/environment interface;
三元青铜/环境界面上物质转移的化学行为
3.
Mechanism of formation process of pure Cu crystals in bronze corrosion;
腐蚀过程中青铜析出还原铜晶粒的机理
3) beryllium-bronze
铍青铜
1.
Cause analysis of cracking of front fracture of the beryllium-bronze bar during extrusion process;
铍青铜挤压棒材端头开裂的原因分析
2.
It is deformation contrast test with different pH indicator of quenching liquor by using macromolecule liquor PVA as beryllium-bronze's quenchant.
采用高分子溶液PVA作铍青铜淬火介质,用不同浓度淬火剂做形变对比试验,进行优选并通过金属变形机理分析,进行二次时效等方法,控制铍青铜复杂外形和薄壁件的变形量。
3.
The material of sense organ is beryllium-bronze,it has good elasticity,and fitting to make elastic vibration element,an accelerometer being sensed by capacitance was researched,the signal pickup circuit of dynamics sensor being sensed by differential capacitance was developed.
利用弹性良好的铍青铜为材料制作加速度计中的敏感振动元件,研制出电容敏感式加速度计。
4) 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.
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.
The tin bronze is the main lining materials as tank cage and ear in mine,wears seriously in application.
锡青铜是矿井中作为罐笼罐耳内衬套的主要材料,使用时磨损严重。
5) tungsten bronze
钨青铜
1.
Synthesis the tetragonal potassium tungsten bronze by the method of chemical permeation;
硅钨多金属氧酸盐气相扩渗制备钾钨青铜的研究
2.
The geometric structures and electronic structures of tungsten bronzes NaxWO3 and NaxLayWO3(x>0.
使用密度泛函理论研究了稀土钠钨青铜化合物的结构和导电性质。
3.
In this paper, the structures and properties of perovskite, tungsten bronze, bismuth layer structured, piezoelectric monocrystal types piezoelectric ceramics were reviewed.
本文综述了钙钛矿、钨青铜、含Bi层状、压电单晶等相关的高温压电材料,并对以上几种高居里温度压电材料的研究进展进行了概括,指出了今后的研究方向。
6) 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。
参考词条
补充资料：低温钢焊条
低温钢焊条
covered electrode for low temperature steel
d一wengang hantlao低温钢焊条(eovered eleetrode for low tem-perature steel)专用于焊接低温钢的焊条。根据使用温度的不同，低温用钢可分为一40℃、一60℃、一70℃、一90℃、一100oC、一196℃和一253℃几个级别，低温钢焊条的分级与钢种的分级相一致，并要求焊缝韧性与同级别的钢种相匹配。为了提高焊缝韧性，低温钢焊条均采用碱性低氢型药皮，并对焊缝成分有较严格的要求:一40℃用的焊条，其焊缝成分可含1.5肠Ni，也可不含镍而含微量的钦和硼;一60‘C用焊条，其焊缝成分可含2.5%Ni，也可含1%Ni和微量的钦、硼;一90一一100℃用焊条，其焊缝中含镍量可达3%~5%;一196℃以下用的焊条，往往采用奥氏体组织的焊条。 采用低温钢焊条施焊时，应尽量采用较小的焊接线能量，预热和层间温度也宜控制得低一些，以便改善焊缝区和热影响区的韧性。但是，随着焊缝中合金含量的增多，裂纹敏感性增高，为防止焊接裂纹应采取适当预热，层间温度应不低于预热温度，但不要超过200一300‘C。 (尹士科)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。