Rapid solidification of undercooled nickel-tin eutectic alloy

Rapid Determination of Nickel in the Acidic Brightening Tin Nickel Alloy Plating Bath

酸性光亮镀锡镍合金镀液中镍的快速测定

The Study of Spindle Base Made of ZA-27 Alloy Instead of Tin Bronze Alloy

ZA-27合金替代锡青铜制造纺锭锭底的研究

Heated mold Continuous Casting of Tin lead Alloy

锡铅合金的热型连铸

Electron beam welding for clad tube of lower tin Zr-4 alloy

国产低锡Zr-4包壳管的电子束焊接

Determination of micro amounts of tin in alloy steel by sequential injection spectrophotometry

顺序注射分光光度法测定合金钢中微量锡

The determination of calcium in lead calcium tin aluminium alloy

铅钙锡铝合金中钙的测定

Tin Based Alloy Solder Powder for Free Cleaning Type Soldering Paste

免清洗型软钎膏用锡基合金焊粉

Structures and properties of electrodeposited tin nickel alloy after heat treatment

电镀Ni-Sn合金热处理前后的组织和性能

High precision welding materials pure tin lead alloy products.

高级精密焊接纯锡铅合金材料制品。

When charged/ discharged between 0-1.2V, copper-tin alloy with particle size of 50-60 nm has a reversible specific capacity of 300 mAh/ g and capacity retention after 50 cycles is 93.3%.

颗粒粒径为50-60nm的铜锡合金在0-1.2V之间充放电具有300mAh/g的稳定比容量，50次循环的容量保持率为93.3%。

So it has much significance to apply modern processes and technologies to the production of tin alloy artware in China, for that is to improve its quality and develop its production capacity.

因此，将现代成形技术应用于锡工艺品的生产制造，对于提高产品质量和扩大生产规模具有重要意义。

The results showed that there is a layer rich tin alloy of copper-base containing rhenium and rare earths, which is a good anti-corrosion layer.

结果表明样品表层存在一层含铼和稀土元素的富锡铜基合金，系优良防腐层。

Metallographic Specimen Preparation of Tin Alloy

锡合金金相试样的制备

The indium-gallium-tin alloy radiation loop

铟-镓-钖合金辐射回路

On the performance and manufacture technique aluminium/ tin alloy& mild steel composite products

铝锡合金/低碳钢复合材料性能及工艺研究

Immersion plating of copper-tin alloy on steel and iron

钢铁浸镀铜锡合金工艺研究

High Solderability Tin alloy Electroplating Technology for Aluminum and Its Alloy

铝及铝合金电镀高可焊性锡基合金工艺

Study on New Hot Dip Tin Alloy Used to Produce Electronic Component Lead

新型引线热浸镀锡合金的研究利用电子元件废引线制取硫酸铜

New cathode and anode materials, such as low cost iron phosphate and lithium tin alloy systems, offer potential for significantly improved performance.

新型的正极和负极材料，如低成本的磷酸铁和锂锡合金体系在显著提高电池性能方面很有潜力。

Synthesis of Positive Materials of Modified Lithium Iron Phosphate& Negative Material of Modified Tin Alloy and Their Electrochemical Performance

改性磷酸亚铁锂正极材料和改性锡合金负极材料的制备及电化学性能