1) pool shell
池壳
1.
During the anode oxidization of the pool shell, some special key technologies were solved, including the oxidization technology of large equipment, the technology of the treatment with layer by layer and sealing with thin plastic films, the selection of the po.
清华大学核能研究院屏蔽实验反应堆池壳用A0纯铝制成,并于1964年对池壳进行了全部阳极氧化处理。
2) steel battery shell
电池钢壳
1.
Production process control of barrel nickel plating of steel battery shell;
电池钢壳滚镀镍生产工艺控制
3) iron can battery
铁壳电池
1.
By choosing the producing technique adapting to the manufacture equipment,determine the speed of walking gun for welding(10～15 cm/min) and the correct design of shell rack,the iron can battery working procedure of welding bottom before welding cover was put into effect.
通过选择与生产设备相适应的生产工艺,确定焊接走枪速度(10~15 cm/min)和挂具的正确设计,实施了铁壳电池先焊壳底后焊壳盖的加工工序,使铁壳GN100电池(容量为100 Ah的碱性Cd/Ni电池)的渗漏率由10%左右下降到0。
4) Battery shell
电池壳
1.
The process in the production of the polyamide-1010 battery shell was introduced.
介绍聚酰胺1010电池壳的生产工艺,探讨了影响聚酰胺1010注塑件质量的因素及可采取的相应对策。
2.
The ultrahigh rate Cd Ni battery shell is developed by using modified AS through dyeing and injection molding.
采用国内生产的改性 (丙烯腈 /苯乙烯 )共聚物 (AS) ,经染色、注射成型 ,研制出改性AS超高倍率镉镍电池壳体。
5) storage battery shell
蓄电池壳
1.
The technological parameter for typical alkaline storage battery shell made from MBS was introduced,and the defects,reasons and solving methods of MBS battery shell were discussed.
从工艺特性、模具设计、制品设计等方面探讨了(甲基丙烯酸甲酯/丁二烯/苯乙烯)共聚物(MBS)制品的注射成型技术,结合典型MBS碱性蓄电池壳介绍了注射成型中的各种工艺参数,并对MBS蓄电池壳加工中的缺陷、原因及解决方法进行了论述。
6) battery can
电池钢壳
1.
SEM study on different alkaline Zn/MnO_2 battery cans;
不同碱锰电池钢壳的SEM研究
2.
Different nickel plated steel strips for alkaline Zn/MnO_2 battery can were examined by SEM and XRD methods.
利用SEM、XRD等方法,分析了不同碱锰电池钢壳用镀镍钢带。
补充资料：壳壳
1.亦作"殻殻"。 2.诚笃貌。 3.中空貌。 4.象声词。
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