Slow Pulse

Slow pulse and rapid pulse were commonly pulse conditions and their diagnosis was of great importance in clinical practice .

迟脉、数脉是临床上常见的脉象，其诊法无疑也非常重要。

With the method of non-invasive cardiac function test and pulse graph , the author comparatively investigated the physiological ( normal ) slow pulse and pathological ( morbid ) slow pulse .

采用无创性心功能检测法和脉图法对生理迟脉和病理迟脉进行了对比研究。

Study on outgoing gas performance of slow pulse fast charging method

慢脉冲快速充电方法析气性能的研究

Study of Correlation between Formation Mechanism and Clinic Application of the Slow Pulse

迟脉的形成机理及其临床应用的相关性研究

The study on uniformity with slow pulse fast charge

慢脉冲快速充电均衡性的研究

The fast charge with slow pulse on controlling the polarization of battery

慢脉冲快速充电控制电池极化的研究

Application of slow pulse fast charge in capacity restoration of VRLA battery

慢脉冲快速充电在VRLA电池容量恢复中的应用

The breakthrough of research on the slow pulse fast charge method of lead acid storage battery

电动汽车蓄电池充放电装置控制系统设计铅酸蓄电池慢脉冲快速充电研究的突破

The reasons were analyzed . The charge performance of the slow pulse fast charge method was studied .

分析了电池组性能差别扩大的原因，研究了慢脉冲快速充电方法的充电性能。

Comparative Research on Pulse Graph of Pathological and Physiological Slow Pulse as well as Condition of Cardiovascular Function

病理迟脉与生理迟脉的脉图和心血管功能状态的对比研究

The fast charge with slow pulse for lead acid battery could efficiently control the polarization in the battery .

以铅酸电池为例介绍了慢脉冲快速充电方法有效控制电池充电时电池的极化。

The small current of the slow pulse could efficiently decrease the ionic concentration polarization and increase the charging efficiency .

慢脉冲中的小电流有效地控制了离子浓差极化，提高了充电效率。

When applied voltage waveforms are dc , ac and slow pulse , voltage amplitude during discharge can be ignored .

在直流、交流以及宽脉冲电压波形条件下，电压上升速率相对缓慢，放电时延内电压增幅可忽略不计。

The capacity of the failed valve-regulated lead acid ( VRLA ) battery was restored by the slow pulse fast charge method .

应用慢脉冲快速充电方法，对报废的VRLA电池进行容量恢复。

The reason of outgoing gas is that the charge voltage goes up from polarization , but the slow pulse charging method can availably remove the problem of polarization .

析气是由于充电过程中的极化导致充电电压升高，而慢脉冲充电方法可有效地消除极化；

The results showed that texture of the composite coatings could be more refined and particles distributed more uniformly in the coatings as pulse frequency increased . Because nucleation rate of crystal nucleus increased and propagation rate of crystal nucleus was slow as pulse frequency raised and concentration polarization reduced .

结果表明，随着脉冲频率的升高，浓差极化减小，晶核的形核率高，增长速率慢，复合镀层的组织得到细化，形成结晶细致、颗粒分散均匀的纳米复合镀层。

The parameter variations of circuit elements under different DC biased level in the manufacturing process were studied , and the performances of Debye polarization cell under slow discharging and pulse loading were compared with the real circuit and the simulation results using classic equivalent circuits .

研究了在不同直流偏置电平和制造过程中的电路元件值的差异，并将德拜极化电池在缓慢放电和脉冲负载中的性能与实际电路以及采用经典等效电路模拟的结果进行了对比。

Power MOSFET based slow rising-fast falling high-voltage pulse signal source

基于功率MOSFET的慢升快降型高压脉冲信号源

Experimental Investigation on Slow Light and Optical Pulse Propagation with Negative Group Velocity in the Electromagnetically Induced Medium

光脉冲在电磁感应介质中的超慢群速与负群速传播实验研究