bipolar lead

Results Sinus P wave recorded by bipolar esophageal lead consisted of right atrial potential and left atrial potential.

结果双极食管导联记录到的窦性P波由圆钝直立的右心房电位和尖锐高大的左心房电位组成。

The developing history of bipolar lead acid battery was introduced briefly and the structure of bipolar lead acid battery was illustracted by comparing with that of common lead acid battery.

简要地介绍了双极性铅酸蓄电池的发展历史，并采用与普通电池结构对比的方法介绍了双极性铅酸蓄电池在结构方面的特点。

The lesion area of tip electrode of bipolar lead was the same as that of unipolar ( P> 0.05).

双极导线的顶端电极消融损伤范围与单极导线相比无统计学差异（P>0.05）。

The substrate materials used in bipolar lead acid batteries currently were recommended because it was the key factor for bipolar technology.

基底材料是双极性铅酸蓄电池技术的关键所在，介绍了目前双极性铅酸蓄电池所采用的基底材料。

Progress on bipolar lead acid battery research

双极性铅酸蓄电池的研究及其进展

Bipolar lead acid batteries have many advantages compared with conventional monopolar ones, but the research will also require substantial effort and investment.

双极性铅酸蓄电池与传统的单极性铅酸蓄电池相比具有许多优点，但其研究尚需相当大的努力和投资。

Study of light substrates for bipolar lead acid battery

双极性铅酸蓄电池轻型导电基底的研究

Investigation of recording right atrial potential with bipolar esophageal lead

双极食管导联记录右心房电位探讨

Application of synchronous record with bipolar esophageal lead in cardial electrophysiological examination

双极食管导联刺激同步记录在心脏电生理检查中的应用

Objective To investigate the method of recording right atrial potential by bipolar esophageal lead and its clinical significance.

目的探讨双极食管导联记录右心房电位的方法及其临床意义。

Because of their simplicity, bipolar lead systems were the first to be used in clinical electrocardiography.

因为它们简单, 双极导联最先用于临床心电图学.