bcx

Study on the safety performance of BCX cell

BCX电池的安全性能研究

Voltage Delay on Li / SOCl_2 and BCX Cells during Discharge

Li/SOCl2、BCX电池放电电压滞后研究

Ac Impedance Study on the BCX Cells

用交流阻抗法研究BCX电池的性能

The improvement of voltage delay might be related with the higher open-circuit voltage of BCX cell .

BCX电池有较高开路电压可改善放电电压滞后；

X-ray diffraction analysis results show that the BCx coating consists of B4C and pyrolytic carbon with a high degree of graphitization .

结果表明：产物表面光滑，断面呈细密的片层状结构，产物由B4C和石墨化程度较高的热解碳组成。

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。

The results showed that the open-circuit voltage of BCX cell increased about 300 mV and the discharge voltage increased about 400 ~ 500 mV during the initial discharge , compared with Li / SOCl_2 cell .

结果显示：与Li/SOCl2电池相比，BCX电池的开路电压升高约300mV，放电初期，电池的放电电压提高了400~500mV。