1) Li/SOCl2 battery
Li/SOCl2电池
1.
There were two main problems in the application of the Li/SOCl2 battery:voltage delay and safety performance problems,which affected the commercial application.
Li/SOCl2电池在应用中主要存在电压滞后和安全性能方面的问题,这影响了它的商业化应用。
2.
The progress of the Li/SOCl2 battery including the methods to improve the performance of the cathode,anode,electrolyte and the battery were introduced in detail.
对Li/SOCl2电池的研究进展,包括Li/SOCl2电池的锂阳极、碳阴极、电解液体系及电池性能改善等方面的研究现状及发展趋势进行了较为详细的介绍,同时介绍了该电池的应用进展。
2) 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。
3) 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。
4) Li/SOCl2 cell
Li/SOCl2电池
1.
Effects of cobalt phthalocyanine [Co(Ⅱ)Pc] and its derivatives [Co(Ⅱ)TcaPc, Co(Ⅱ)TcPc,Co(Ⅱ)TeaPc,Co(Ⅱ)OcPc and Co(Ⅱ)CcPc] on the performance of Li/SOCl2 cell were studied by the constant resistance discharge test.
通过恒电阻放电实验研究了酞菁钴[Co(Ⅱ)Pc]及其衍生物[Co(Ⅱ)TcaPc、Co(Ⅱ)TcPc、Co(Ⅱ)TeaPc、Co(Ⅱ)OcPc和Co(Ⅱ)CcPc]对Li/SOCl2电池性能的影响;分析了不同类型取代基及其数量的酞菁钴配合物对Li/SOCl2电池的催化作用、对放电电压和放电时间的影响,结果表明:Co(Ⅱ)CcPc共催化剂有较好的催化活性。
2.
The discharge performance of BCX cell(Li/SOCl2 cell adding BrCl) and Li/SOCl2 cell at high(70 ℃) and low(-20 ℃ and-40 ℃) temperatures was studied by the galvanostatic discharge test.
通过恒流放电实验研究了BCX电池(添加BrCl的Li/SOCl2电池)与Li/SOCl2电池的高温(70℃)和低温(-20℃和-40℃)放电性能。
5) Li/SOCl_2 battery for high temperature
高温Li/SOCl2电池
1.
This article has introduced the characteristics of Li/SOCl_2 battery for high temperature used in drilling equipment,analyzed bad instance of battery working based speciality of Li/SOCl_2 battery and condition of apparatus working.
介绍了高温Li/SOCl2电池的特性,分析了高温Li/SOCl2电池可能出现的不良状况及其在钻探设备的井下仪器仪表中的使用条件,讨论了电池的滞后特性和安全性能对钻探设备中井下仪器仪表正常工作的影响,介绍了地质钻探工程设备中科学地使用高温Li/SOCl2电池的方式、方法和条件。
6) lithium-thionyl chloride(Li/SOCl2) battery
锂/亚硫酰氯(Li/SOCl2)电池
补充资料：《李秀碑》册(宋拓本)(Li Xiu Bei Ce
中国唐代书法家李邕撰书碑刻 《云麾将军李秀碑》的宋拓本。剪条装，1册，55页，每页4行。纵27.5厘米，横14.5厘米。行书。书法较《李思训碑》更为丰沉雄厚，笔势畅达，风骨纵逸，具有含蓄浑融的妙趣，为李邕行书碑的又一佳作。
此册为清李宗瀚、王存善递藏。前有李宗瀚题签，后有元顾观及李宗瀚、王存善跋。顾跋云："龙凤五年(1359)在甘露无二和尚处观此帖。"李跋云："从厂肆陈万君处购得并重新装裱，此为石断前宋时所拓。"
此碑为太原郭卓然摩勒并题额，天宝元年 (742)正月立于良乡。宋时断裂，被人凿作柱础，于是不能再拓全碑。明万历六年(1578)宛平令李荫掘地得 6石，移至宛平，后遗失4石，仅存2石，皆圆形，径约57厘米，各存字 12行，每行多达 12字。所以，此宋拓本弥足珍贵。张彦生《善本碑帖录》、王壮弘《增补校碑随笔》著录。
此册为清李宗瀚、王存善递藏。前有李宗瀚题签，后有元顾观及李宗瀚、王存善跋。顾跋云："龙凤五年(1359)在甘露无二和尚处观此帖。"李跋云："从厂肆陈万君处购得并重新装裱，此为石断前宋时所拓。"
此碑为太原郭卓然摩勒并题额，天宝元年 (742)正月立于良乡。宋时断裂，被人凿作柱础，于是不能再拓全碑。明万历六年(1578)宛平令李荫掘地得 6石，移至宛平，后遗失4石，仅存2石，皆圆形，径约57厘米，各存字 12行，每行多达 12字。所以，此宋拓本弥足珍贵。张彦生《善本碑帖录》、王壮弘《增补校碑随笔》著录。
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