1) state of charge
荷电态
1.
There is a linear relationship between open circuit voltage(OCV) and state of charge(SOC) for lead acid starter battery,so it would be possible to deduct the discharging capacity or SOC from its OCV usually.
起动型铅蓄电池的开路电压跟荷电态之间存在线性关系,因而可以根据开路电压来推断电池的放电容量或荷电态。
2.
The impedance characteristics of commercial Li ton battery are investigated in details with respect to the different state of charge.
交流阻抗谱技术在电化学能源领域获得广泛应用,包括研究电极过程动力学,腐蚀特征,电沉积现象详细研究了不同荷电态时商业化锂离子电池的阻抗谱分析了等效电路参数与荷电态的关
3.
The results show that the charge current of each branch battery is distributed according to state of charge(SOC) during the parallel charge process.
用恒流并联充电法对Cd-Ni电池组充电并对充放电过程进行研究,结果表明:并联充电过程中各支路电池的充电电流是按电池的荷电态来分配的,荷电态高的电池分配的电流小,荷电态低的电池分配的电流大,随着充电的进行,各支路电流的差值经过一定的波动逐渐减小,最终电流趋于一致,完成充电过程。
2) SOC
荷电态
1.
If the battery is shelved for 10-15 days at 20% SOC and then we can judge.
氢镍动力电池搁置过程中的自放电不一致性直接影响到电池的实际应用,静态搁置电压是电池的重要荷电态参数之一,可作为电池自放电性能的重要判据,进行电池自放电的分选,该方法通过大量试验表明十分有效,且简单易行。
3) state of charge
荷电状态
1.
New definition method of state of charge for batteries in HEV;
混合动力电动车电池荷电状态描述方法
2.
In situ monitoring of state of charge for positive electrolyte of vanadium battery
钒电池正极电解液荷电状态的原位监测
3.
Prediction of the state of charge (SOC) of MH/Ni battery is very important for battery management system of electric vehicles.
电动车电池管理系统的核心任务是对电池荷电状态(SOC)进行预测。
4) State of charge(SOC)
荷电状态
1.
It was very importance for the battery management system in electric vehicles to measure and estimate the state of charge(SOC) of lead-acid batteries.
铅酸电池的荷电状态 (SOC)的测量和估计 ,对电动汽车的电池管理系统极为重要。
2.
For predicting the state of charge(SOC)of lithium-ion rechargeable battery accurately,a method based on electrochemical impedance spectroscopy was presented.
为了准确预测使用过程中的电池荷电状态,提出了电化学阻抗谱预测法。
3.
State of charge(SOC) of batteries,determined by materials and manufacture,operating temperature,charge/discharge current and frequencies,is a typical nonlinear time-varying system,and the corresponding model for state estimation is characterized by parameter uncertainty because of noise involved in measuring process.
针对蓄电池系统的荷电状态(SOC)受蓄电池材料及加工制作、工作温度、充放电大小及频率等因素的影响,是一个典型的非线性时变系统,相应的状态估计模型在测量过程中存在噪声干扰引起模型参数不确定性的特征。
5) charge state
电荷态
1.
The γ irradiation made defects' charge state changed or induced some new defects, but most of them have been annealed in room temperature.
在室温下测量了样品辐照前后的正电子寿命,发现随着辐照剂量的增加,正电子平均寿命基本不变或呈减小趋势,一方面是由于γ辐照使晶体内原子发生电离,导致晶体内空位型缺陷的电荷态发生变化,缺陷的负电性增加。
2.
With a special septum magnet,the surplus charge state beams of HIRFL will be splitted from the main beam line between SFC and SSC.
在此设计中，ＨＩＲＦＬ剥离器后被废弃的多余电荷态束流被一特殊的切割磁铁从主束运线上切割出来，经过一定的动力学制备，有效地传送到一个小实验区，为同时使用ＨＩＲＦＬ的ＳＳＣ中能束流和ＳＦＣ低能束流进行两种物理实验提供了可能性。
3.
A new branch beam line downstream of the stripper located between SFC and SSC is designed to collect the beams with the charge states other than the most intensive one.
介绍了通过剥离器后不同电荷态的束流在弯曲磁铁中的传输情况,由此引出一种切割束流的方法,在此基础上设计了一条支束线,以实现两个实验终端同时供束,增加供束时间。
6) SOC
荷电状态
1.
VARIABLE CURRENT DISCHARGE CHARACTERISTICS AND SOC ESTIMATION OF EV/HEV BATTERY;
电动汽车动力电池变流放电特性与荷电状态实时估计
2.
The State of Charge(SOC) is an important parameter of the lead acid battery in use.
蓄电池荷电状态SOC(State of Charge)是电池使用过程中的重要参数。
补充资料：荷电粒子与非荷电粒子
分子式：
CAS号：
性质：荷电粒子带电，包括电子、正电子、带电介子、质子或其他离子；非荷电粒子不带电，包括X射线、γ射线和中子。荷电粒子和非荷电粒子都可以是致电离辐射但电离方式略有不同。
CAS号：
性质：荷电粒子带电，包括电子、正电子、带电介子、质子或其他离子；非荷电粒子不带电，包括X射线、γ射线和中子。荷电粒子和非荷电粒子都可以是致电离辐射但电离方式略有不同。
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