锡粉

火焰原子吸收法测定锡粉中Fe，Cu，Pb，Sb和Ca的含量

Determination of Fe , Cu , Pb , Sb , Ca in tin powder by fire atomic absorption spectrometry

水雾化法制取锡粉及其工艺参数的优化设计

Tin powder produced by water atomization and its optimization of processing parameters

AIM生产各种焊材产品所需的原材料，包括：锡粉、介质、锡线松香芯和助焊剂。

AIM produces all the needed raw materials for it 's solder products including powder , mediums and core wire flux .

本文以SnCl2·2H2O和HF酸为原料，利用湿化学法成功制备了导电的掺氟二氧化锡粉。

The F doped SnO_2 ( FTO ) nano-powder was successful synthesized with SnCl_2 and HF as raw material by wet-chemical method .

纳米氧化铟锡粉体的制备及其复合膜的红外性能研究

Preparation of ITO nanoparticles and their composite films with infrared property

研究了雾化压力对液锡雾化效果的影响，对锡粉粒径的大小和分布进行了分析。

The size and size distribution of tin powders were analyzed .

纳米二氧化锡粉体常压共沸蒸馏制备及表征

Preparation and representation of nano-sized SnO_2 powder by nonpressurized azeotropic distillation method

气体雾化法制备锡粉的技术研究

Study on technology of producing tin powders by gas atomization

纳米氧化锡粉体液相制备现状

Liquid Preparation and Development of Nanometer Tin Dioxide Powder

锡深加工及锡粉制备

Deep Processing of Tin and Preparation of Tin Powder

水热合成纳米氧化锡粉体的烧结性能

Sintering of Tin Oxide Nanoparticles Synthesized by Hydrothermal Method

水热法制备超细均匀二氧化锡粉体

Preparation of uniform ultrafine sno_2 powder by hydrothermal method

3青铜粉、锡粉、镍粉等各种客户要求合金粉末。

Bronze powder , tin powder , nickel powder etc.

煅烧温度对掺锑氧化锡粉体性能的影响

Effects of calcination temperature on antimony-doped tin oxide powders

选择锡膏要考虑的因素包括合金含量，锡粉颗粒和助焊剂的因型。

It involves the considerations of alloy content , tin powder particle and soldering flux type .

采用高纯锡，通过自行设计的直流电弧等离子体蒸发设备制备了纯净的纳米锡粉。

The nanometer tin powders were prepared by DC arc plasma evaporation method using a self-designed and fabricated apparatus .

对粉体进行无压烧结，结果锰的掺杂促进了氧化锡粉体烧结，降低了烧结温度。

The powder was pressureless sintered . Doping Manganese promoted tin oxide powders sintering and lowered the sintering temperature . 4 .

含活性基团的醛可与烯丙基碘和锡粉直接进行亲核加成反应，得到高烯丙基型的醇。水的存在不利于此反应的进行。

Aldehyde containing functional groups can react with allyl iodine and tin directly , water is of no advantage to the reaction .

利用有机单体自由基聚合反应机制，采用聚合物网络法制备了纳米氧化锡粉体。

SnO_2 nanopowders were prepared by polymer network method based on principle of free-radical polymerization of organic monomers with stannic chloride as starting material .

作者还利用四球试验机分别对添加有纳米铝粉、锡粉以及Al/Sn金属粉的润滑油进行极压和抗磨性能实验。

Moreover , the AW and EP properties of lubricant oil added with Al , Sn andAl + Sn nano-particles were tested by the four-ball machine .

下列因素是必须被考虑的：包括合金的类型、锡粉的粒径大小以及助焊剂的类型。

Factors , which must be taken into consideration , include the type of alloy , the size of the solder powder and the type of flux .

本文着重论述了水雾化法制取锡粉的工艺过程及其工艺参数的优化设计。阐述了工艺参数对于锡粉细粉率的影响。

The process of tin powder produced by water atomization , its optimization of processing parameters and the effect of processing parameters on the rate of fine powder were emphatically discussed in the paper .