1) alkaline manganeses battery separator
碱锰电池隔膜纸
1.
The paper introduces the raw fibres and the technological process of production the alkaline manganeses battery separator,and throws out new suggestions that key technologys about alkaline manganeses battery separator produced by wet nonwoven.
该文介绍了制备碱锰电池隔膜纸的常用纤维原料和制造流程,并对湿法无纺布制备碱锰电池隔膜纸的关键技术提出了新的见解。
2) battery separator paper
电池隔膜纸
1.
The battery separator paper was produced from polyolefin fibre by conventional wet papermaking method.
采用湿法造纸方法,以聚烯烃纤维(聚乙烯和聚丙烯纤维)和亲水化处理过的聚烯烃纤维为原料,抄造出电池隔膜纸,研究了原料的洗涤、配比、疏解方法、分散剂种类、干燥热压等因素对纸张性能的影响。
3) alkaline Zn/MnO_2 battery
碱锰电池
1.
The influence of binders on the expansion rate of zinc gels in alkaline Zn/MnO_2 battery;
凝胶剂对碱锰电池锌膏膨胀率的影响
2.
Performance of alkaline Zn/MnO_2 battery with steel can electroplating Ni(Bi) and annealing treatment;
钢壳电镀Ni(Bi)及退火处理的碱锰电池的性能
3.
Mechanical and anti-corrosion properties of nickel plated steel strips for cans of alkaline Zn/MnO_2 battery;
碱锰电池钢壳用镀镍钢带的力学和耐腐蚀性能
4) alkaline Zn/MnO2 battery
碱锰电池
1.
The present status and direction of technological design of alkaline Zn/MnO2 battery were analyzed by dissecting different brands of batteries,observing the internal structures of batteries.
通过剖析不同品牌的电池,观察电池的内部结构,分析了目前碱锰电池工艺设计的现状及趋向;指出了技术改进和提高质量应注重的工作。
2.
The electroplated layer structures of different steel can for mercury-free alkaline Zn/MnO2 battery were tested by electron probe microanalysis(EPMA) technology.
用电子微探分析(EPMA)技术测试了不同无汞碱锰电池钢壳的镀层结构,并用不同镀层结构的钢壳在相同条件下制作了LR03电池,测试了新电及70℃储存7 d后的电池的500 mA大电流连放性能。
5) alkaline manganese battery
碱锰电池
1.
Organic mercury substituting inhibitors for alkaline manganese battery;
碱锰电池有机代汞缓蚀剂
2.
Improvement of heavy drain discharging property of alkaline manganese battery;
提高碱锰电池大电流放电性能的途径
6) alkaline manganese dioxide battery
碱锰电池
1.
Study on the effect of heavy-duty discharge performance of mercury-free alkaline manganese dioxide battery——Effect of the physical property of zinc powder;
无汞碱锰电池重负载放电性能的影响因素——锌粉物理特性的影响
2.
The lanthanum was interfused into zinc surface by electrolytic metallizing in NaCl AlCl 3 molten salt without protective atmosphere,and Zn La alloy electrode substituting for mercury of alkaline manganese dioxide battery was prepared.
在ＮａＣｌ－ＡｌＣｌ３熔盐中，于无保护气氛条件下，用熔盐电渗法进行了锌表面渗镧，并用此技术制备了碱锰电池的代汞锌镧合金电极。
补充资料：阴道隔膜
阴道隔膜
俗称子宫帽，它是圆帽状乳胶制品，在性交前放入阴道内，使阴道隔成上下两半将宫颈口挡住，阴道内精子不能进入宫腔，从而达到避孕目的。阴道隔膜周边有弹簧沿，便于放入并可与阴道壁密切接触。按弹簧外缘直径从55～80mm，共有6种大小以适应不同的阴道宽度和长度。用前应由医务人员帮助选用合适型号，并指导使用者掌握放置和取出方法，性交后8～12小时方可取出，过早取出会导致避孕失败。如配合避孕胶冻同时使用，可提高避孕效果。患子宫脱垂，膀胱膨出，急性阴道炎，重度宫颈糜烂者不宜使用。
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