1) Li-MnO_2 battery
Li-MnO_2电池
1.
Li-MnO_2 battery has some merits as follows: high working voltage and specificenergy, wide working temperature range, low spontaneous discharge rate, goodleaking resistance, safe and has no pollution and so on.
Li-MnO_2电池具有工作电压和比能量高、工作温度范围宽、自放电率低、防漏性能好、安全无公害等特点,是锂一次电池中产量最大、最常用的一种。
3) Li/MnO_2 battery product line
Li/MnO_2电池生产线
4) Li/MnO_2 button batteries
Li/MnO_2扣式电池
1.
With the wide application of Li/MnO_2 button batteries In several different careers,analogous to it,the development of producing equipment for batteries seems to be more and more important.
随着Li/MnO_2扣式电池在各个行业产品中的广泛应用,与其相对应的电池生产设备的发展显得尤为重要。
2.
A design method of compatible automatic manufacture system is proposed according to the system viewpoint of assembly craft and mechanical automatic product design for Li/MnO_2 button batteries by the studies of straight-line assembly line for Li/MnO_2 button batteries in this paper.
本文直线型Li/MnO_2扣式电池生产线的研究旨在依据Li/MnO_2扣式电池组装工艺和机械自动化产品设计的系统观点,提出一种兼容式自动制造系统的设计方法。
5) Li/SOCl_2 battery
Li/SOCl2电池
1.
The technology of the foamed nickel served as the positive current collector for Li/SOCl_2 battery of high rate discharge was discussed.
探讨了发泡镍作为高倍率Li/SOCl2电池正极集流体的应用工艺。
2.
The heavy load,low temperature and voltage delay performance were improved with the carbon positive electrode of the Li/SOCl_2 battery processed by m.
运用微波技术加工Li/SOCl2电池碳正极,可改善电池的大电流、低温和电压滞后等性能。
6) Li/SOCl_2 cell
Li/SOCl2电池
1.
Safety performance,such as overdischarge,charge and short circuit of self-made Li/SOCl_2 cell and BCX cell was stu-(died.
对自制的Li/SOCl2电池和BCX电池(添加BrCl的Li/SOCl2电池)进行了过放电、充电、短路等安全性能的研究。
2.
The variation of resistance for Li electrode,carbon electrode and cell in the process of storage,before and after discharge of Li/SOCl_2 cell had been studied by AC impedance method.
用交流阻抗方法研究了Li/SOCl2电池贮存过程中和放电前后锂电极、碳电极和电池的阻抗变化。
3.
The open-circuit voltage and discharge performance of BCX and Li/SOCl_2 cells were compared and their cathode reaction characteristics were studied by CV curves.
比较了BCX电池和Li/SOCl2电池的开路电压和放电性能,并用循环伏安曲线研究了这两种电池的阴极反应特性。
补充资料：4,10-dibromodibenzo(def,mno)chrysene-6,12-dione
CAS：4378-61-4
分子式：C22H8Br2O2
分子质量：464.112
中文名称：还原艳橙3RK；还原艳橙RK；还原金黄RK粉；还原艳橙 RK；士林艳橙 RK
英文名称：Vat brilliant orange 3RK；C.I. Vat orange 3；mno)chrysene-6,12-dione, 4,10-dibromo-dibenzo(de；4,10-dibromoanthanthrone；4,10-dibromodibenzo(def,mno)chrysene-6,12-dione；amanthrene brilliant orange rk；bright orange anthraquinone；brilliant orange kkh；brilliant orange rk；c.i. 59300；c.i. pigment red 168；calcoloid brilliant orange rk
性状描述：
生产方法：由1，8-萘二甲酸出发，经氨化；重排；水解；重氮化；芳构化；环合吸溴化而成，再经商品化处理，而制得产品。
用途：主要用于棉纤维及其纺织物的染色和印花。也行之有效用于麻；粘纤；蚕丝；粘棉混纺织物的染色。一般用于作拼色及调整色光。该品的印染品经脲醛或氰醛树脂整理后，色光稍有变化。
分子式：C22H8Br2O2
分子质量：464.112
中文名称：还原艳橙3RK；还原艳橙RK；还原金黄RK粉；还原艳橙 RK；士林艳橙 RK
英文名称：Vat brilliant orange 3RK；C.I. Vat orange 3；mno)chrysene-6,12-dione, 4,10-dibromo-dibenzo(de；4,10-dibromoanthanthrone；4,10-dibromodibenzo(def,mno)chrysene-6,12-dione；amanthrene brilliant orange rk；bright orange anthraquinone；brilliant orange kkh；brilliant orange rk；c.i. 59300；c.i. pigment red 168；calcoloid brilliant orange rk
性状描述：
橙红色粉状，不溶于水；乙醇；丙酮和甲苯；微溶于氯仿（热）；邻氯苯酚；吡啶；能溶于二甲苯；四氢萘。在浓硫酸中呈暗绿色，稀释后呈橙色。在碱性保险粉还原液中的隐色体呈红光紫色，在酸性液中为橙色。微不光脆性。属蒽醌类还原染料。
生产方法：由1，8-萘二甲酸出发，经氨化；重排；水解；重氮化；芳构化；环合吸溴化而成，再经商品化处理，而制得产品。
用途：主要用于棉纤维及其纺织物的染色和印花。也行之有效用于麻；粘纤；蚕丝；粘棉混纺织物的染色。一般用于作拼色及调整色光。该品的印染品经脲醛或氰醛树脂整理后，色光稍有变化。
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