放电电压

放电电压的增大，CH活性物种的发射强度增强。

The intensity of CH active specie significantly increase with discharge voltage increasing .

Gel电池能减缓极板硫酸盐化，放电电压高、电压恢复快、电池功率大、间断放电累计容量增大、续驶里程远。

Gel batteries can decrease plate sulfation , increase discharge voltage , it recovers quickly after discharging . Their cumulative capacity and power increase with intermittent discharging .

棒-板间隙50%冲击放电电压气压影响特征指数n与极性有关。

The air pressure influence characteristic index n of the 50 % impulse discharge voltage correlates with the discharge voltage polarity .

而掺杂Al元素和Bi元素时，能同时提高材料的充电和放电电压。

But when doped with Al and Bi , the charging voltage and discharging voltage are increased simultaneously .

结果发现：在一定范围内，随着放电电压和放电频率的增大，CO2的转化率增大；

The results showed that the decomposition of CO2 could be enhanced by increasing applied voltage or frequency within limits .

其中，介质阻挡放电电压和NH3进料气速的影响最大。

Among them , the voltage and flow rate of NH3 are the most important factor .

MHNi电池放电电压平台是一个十分复杂的问题，涉及电极材料、制作工艺及添加剂等多种因素。

Discharge voltage plateau of Ni MH battery relates to many factors , such as electrode materials , manufacturing process and additives .

实验结果表明：OH自由基发射强度随着放电电压及放电频率的增加而增强，随着添加O2流量的增加而减弱；

The experimental results indicate that : the emission intensity of the OH radicals increase with increasing the peak voltage and the frequency , and decrease with increasing the O2 flow rate ;

提高MH-Ni电池放电电压平台的途径

Research Survey of Improving Discharge Voltage Platform for Ni-MH Battery

光电倍增管的应用条件对闪烁探测器坪特性的影响随合金LaCe比的降低，合金的放电容量略有下降，但其循环寿命和放电电压平台有较大提高。

It was also found that cycle life and discharge voltage plateau characteristics are improved markedly with the decrease of ratio of La / Ce , although discharge capacity of the alloy decreases slightly .

放电电压和放电时间影响固相产物中sp2、sp3杂化碳的相对含量。

The relative content of sp2 , sp3 hybrid carbon in solid products were influenced by discharge voltage and discharge time .

通过实验探究了在不同气氛、不同放电电压与放电时间下的改性对ACF吸附甲醛效果的影响和变化规律。

The effects of different modifications with respect to gas , discharging voltage and discharging time on the formaldehyde absorption efficiency of ACF were also studied .

Li/SOCl2、BCX电池放电电压滞后研究

Voltage Delay on Li / SOCl_2 and BCX Cells during Discharge

500kV线路耐张串组合间隙放电电压问题的分析与探讨

Analysis and Discussions on Discharge Voltage of Complex Gap for Strain-Insulator String of 500 kV Line

当放电电压达到400V时，晶粒尺寸略有回弹。

But when discharging voltage increases further to 400V , the grain size rebounds slightly .

MH-Ni电池1.2V放电电压平台的电化学研究

Electrochemical study on the plateau decay of sealed Ni MH battery during discharge process

结果表明，脱硫效率随着放电电压、水流量和Mn2+浓度的增加而增加，SO2浓度的影响不明显。

The results showed that the removal efficiency of FGD was increased with increasing of voltage , water flow rate and Mn2 + concentration , and was not influenced remarkably by SO2 concentration .

用阴极微弧电沉积在钛表面生成Al2O3涂层，探讨溶液组成、放电电压及时间对涂层形貌、相组成及生长速率的影响。

Alumina coatings on titanium substrate were prepared by cathodic micro-arc electrodeposition . Effects of electrolyte composition , discharge voltage and time on morphologies , phase compositions and growth rates of the coatings were studied .

结果表明：有机胺对镁合金的阳极氧化有着显著的抑弧效应，可使镁合金的阳极火花放电电压提高50～80V。

The results show that the organic amines have remarkable effect on anodizing of magnesium alloys .

本文介绍了RF溅射制备湿度敏感膜技术，讨论了衬底温度、工作气体及压力、放电电压及时间对湿敏膜感湿特性的影响。

The technology of humidity sensing film of RF sputtering manufacture is introduced in this article , discussing the effect of substrate temperature , working gas , working pressure , discharge voltage and discharge time on feature of humidity sensing film .

研究了气体流量、NO初始浓度、放电电压、O2含量以及中心电极尺寸对NO去除效率的影响。

The influences of the gas flow rate , NO initial concentration , applied voltage ; contents of O_2 and the diameter of the central electrode on the NO removal rate are also investigated respectively .

海拔1km棒板间隙放电电压的实测值与模拟值的比较

A Comparison of Model Value with Experimental Value of Breakdown Voltage for Rod-Plate Air Gaps at 1 km High-Altitude

BCX电池有较高开路电压可改善放电电压滞后；

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

探讨了采用锌氧化银电池做UPS电源，在恒压充电电压与放电电压极其接近的情况下，能否保证足够的充电效率，能否提供足够的充电容量。

The results that whether the Zn-AgO battery can provide enough charge capacity and ensure enough charge efficiency were studied in the case that the charge voltage at constant voltage approached to the discharge voltage when Zn-AgO battery is used as UPS .

在本论文实验条件下，影响氨气分解反应的主要因素有介质阻挡放电电压、放电电极间距、放电频率、NH3进料气速、放电区长度和高压电极材质。

Experimental parameters , such as the gap between electrodes , the voltage and frequency of discharge , flow rate of NH_3 , the length of discharge space and the materials of HV electrode have impact on the reaction .

动力学模拟结果表明：在不同的压强下，甲烷的转化率及C2烃的收率均随电子密度或电子温度（或放电电压）的升高而不同程度的增加。

The result of the kinetic simulation showed that the conversion efficiency of methane and the yields of C2 hydrocarbons increased in the different degree with electron density , electron temperature or discharge voltage increasing at the different operating pressure .

贮存时间越长，LiMn2O4的可逆容量损失越大，平均放电电压越低；

The longer the storage life , the greater the reversible special capacity loss of LiMn 2O 4 , and the lower the average voltage .

对于放电电压相对较低（低于1kV）的磁约束脉冲放电，为实现快脉冲放电而同时保证电路的稳定工作，在脉冲放电电路中应用了磁开关（磁脉冲压缩器）技术。

A magnetic pulse compressor ( MPC ) was used to improve performance of a circuit for magnetic confined discharges .

该电池平均放电电压为3.9V，倍率充放电性能良好。

The average discharge voltage of the battery was about 3.9V . The rate discharge performance was satisfactory .

欧姆内阻较大的电池，1.2V放电电压平台主要由欧姆极化控制；

If the ohmic resistance is medium , the 1.2 V plateau decay is commended by both ohmic and non ohmic polarizations .