In this paper, aluminum paste and sintering procedure effect on the BSF of crystalline silicon solar cells have been analyzed.
本文分析研究了铝浆及烧结工艺对晶体硅太阳电池背场的影响。
Screen-printing (SP) aluminum paste and sintering procedure that make BSF are widely used in mass production of crystalline silicon solar cells.
在商业化晶体硅太阳电池制造技术中，广泛采用丝网印刷铝浆烧结工艺制作铝背场（BSF）。
Therefore, the aluminum paste which does not meet the production requirements can be brought into service after being filtered, and replacement and wasted aluminum paste are reduced.
由此，不符合生产要求的铝浆可以在经过过滤后投入使用，从而减少了铝浆的更换和废弃。
This article verified with experiments that aluminum conductive paste has very good ohm contact with PTC thermistors after printing-sinter.
通过实验分析，证明铝导电浆料经印烧后与PT C热敏电阻器有良好的欧姆接触。
An aluminum ion thin film was assembled on the surface of the carbon paste electrode chemically modified with stearic acid.
将石墨粉、固体石蜡和硬脂酸按一定比例混合制得表面富含羧基的碳糊电极，然后在电极表面组装荷正电的铝离子膜。
The question existing in changing screen frequently during the production of cathode carbon block and paste for aluminum cathode was found, which would influence the enterprise capacity.
对在生产铝用阴极炭块和糊料的破碎筛分生产工序产生的频繁更换筛网而影响企业产能发挥的问题进行了工艺技术探讨及解决。
The electronic paste made of nickel, copper and aluminum nanoparticle has good performance, and it helps further minimize the circuit.
用镍、铜、铝纳米粉体制成的电子浆料性能优越，有利于线路进一步微细化。
We can use many different technologies, including copper etching, aluminum etching, conductive silver paste and so on.
同时拥有腐蚀铜、腐蚀铝、导电银浆等多种射频天线制作工艺。
In plastic, metal, glass, ceramics, resin, wood, copper, aluminum, iron, zinc, nylon, fiber, acrylic, FRP, TPU, EVA products, such as materials transfer, paste.
可在塑料、五金、玻璃、陶瓷、树脂、木质、铜、铝、铁、锌、尼龙、纤维、压克力、FRP、TPU、EVA等材质的制品上转印、粘贴。
The 20 steel samples coated with aluminum bearing paste were heated within electromagnetic induction coil to implement the aluminizing process.
将表面涂有渗剂的20钢试样，利用感应加热的方法进行渗铝。
Based on the research of aerated time, pore content, aerated structure, the influence of slurry temperature, mixing time and aluminum powder on paste expansion is analyzed.
通过对发气时间、气泡含量和气孔结构的研究，分析了料浆温度、搅拌时间和铝粉膏对料浆发气膨胀的影响。
The paste composition is a paste composition for forming an electrode (8) on a silicon semiconductor substrate (1) and comprises an aluminum powder, an organic vehicle, and a hydroxide.
膏组合物是用于在硅半导体基板(1)上形成电极(8)用的膏组合物，含有铝粉末、有机质媒介物和氢氧化物。
Wherein, it leads titanium into aluminum hydroxide paste process, to confirm the uniform disperse of titanium on the surface of aluminum hydroxide;
本发明在氢氧化铝成胶中 引入助剂钛时，可保证助剂钛在氢氧化铝表面的均匀分散；
Wherein, it leads titanium into aluminum hydroxide paste process, to confirm the uniform disperse of titanium on the surface of aluminum hydroxide;
本发明在氢氧化铝成胶中 引入助剂钛时，可保证助剂钛在氢氧化铝表面的均匀分散；
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