荷电

研究了MH-Ni电池以不同荷电态储存时容量的衰减程度；

The different degrees of the capacity fading of Ni-MH battery with storage at different SOC were studied .

基于遗传神经网的自适应电池荷电态预估模型

Adaptive genetic algorithm based on artificial neural network model for estimation of SOC of battery

基于鲁棒H∞滤波的蓄电池荷电状态估计

Estimation of State of Charge for Storage Battery Based on Robust H_ ∞ Filter

不同荷电状态下α-Ni（OH）2的质子扩散系数

Proton diffusion coefficients of α - Ni ( OH ) _2 with various charge

用金沉积量校准曲线法校准XPS结合能测定中的荷电位移

Gold-decorating amount correction curve used for charging shift calibration in XPS

以微球型硅胶为载体的氧化物催化剂AES分析中的荷电效应

Charging effect in AES analysis of oxide catalysts supported on silicagel tiny-ball

电池荷电状态（StateOfCharge，以下简称SOC）的快速、精确估算对电池的研究开发及市场化有重要作用。

The accurate estimation of SOC ( State of Charge ) plays an important role in research , development and marketing of battery .

电池的剩余电量（也称荷电状态，StateOfCharge，SOC）预测是电池管理系统中最基础、最重要的部分。

In the battery management system , the state of charge ( SOC ) forecast is the most basic and most important part .

硅纳米晶粒基MOSFET存储器的荷电特征研究

Charging Characteristics of MOSFET Memory Based on Si Nanocrystals

TiO2改性Al2O3微滤膜荷电性及其对膜水通量的影响

Surface electric charge of al_2o_3 microfiltration membrane modified by tio_2 and its influence on water flux of membrane

并首次将PIV技术应用于荷电喷雾的实验研究。

The electrostatic spraying characteristics of fuel are experimentally investigated firstly by PIV .

荷电型聚芳醚酮气体分离膜的研究&磺化度与中和离子对H2/N2气体透过行为的影响

Study on charged poly ( aryl ether ketone ) gas membrane & Effects of sulfonation and neutralized ion on permeating behavior of gases of H_2 / N_2

BCN薄膜XPS结构分析时荷电效应的校正

Correction of Charging Effect on Structure Analyse of BCN Films by XPS

MX线性链上荷电扭折孤子陷获的电子束缚态

Bound electronic states trapped by charged kink soliton in linear MX chain

MgO、In2O3和ZnO的添加，提高了密封Cd/Ni蓄电池的荷电保持能力；

The addition of MgO , In2O3 and ZnO improved the retention of charge of the sealed Cd / Ni batteries .

电池荷电状态（SOC）估计的准确性对于混合动力汽车至关重要。

The state of charge ( SOC ) determination of battery for hybrid electric vehicle ( HEV ) is very important .

而在长途旅行时，混合模式则会在电池荷电状态（SOC）到较低水平时自动运行。

During long-distance traveling , it will switch to hybrid mode when state of charge ( SOC ) reaches the low limit .

根据所选用的单体镍氢电池的特点，以及荷电状态SOC均衡方法来确定电池包参数测量点的数量。

According to feature of individual battery and equalization method for state of charge ( SOC ), the number of measuring points is determined .

由光二极管读出的CsI（Tl）闪烁探测器对高能轻荷电粒子的能量响应

The Energy Response of A CsI ( TI ) Scintillation Detector with Photodiode Readout to Energetic Light Charged Particles

通过电扬对微粒强吸附影响的参量B的分析讨论，可以看出微粒荷电状态的决定性作用。

The decisive role of the charging state of particles in codeposition can be seen in the analysis of B which is a parameter of the effect of electric field on the strong adsorption of particles .

外电场作用下R-R分布的荷电颗粒的凝聚

Coagulation of charge particles with an R-R distribution in an electric field

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。

Prediction of the state of charge ( SOC ) of MH / Ni battery is very important for battery management system of electric vehicles .

随pH值变化，颗粒表面的荷电性质从正变化为负，等电点为3.7.其分散行为遵循双电层静电稳定机制。

With the increase of pH , the carried charge of particles was altered from positive to negative state , and IEP equaled 3.7 . The dispersibility followed the mechanism of electrostatic stabilization .

仿真分析了其速度特性、电池的荷电状态（SOC）、燃油经济性和排放性能。

Simulation results , including the speed of the vehicle , the state of charge of the battery , fuel economy and the emission performance , etc.

毛细管电泳（capillaryelectrophoresis，CE）是指荷电粒子或离子依靠直流电场驱动力作用，在毛细管中以不同速度定向运动的行为。

Capillary electrophoresis is refer to the charged particle or ion depends on the high voltage electric field drive , directional movement behavior at different speeds in the capillary .

通过恒电位极化法，测定了MH电极在不同荷电态（SOC）下的氢扩散系数。

Hydrogen diffusion coefficient of metal hydride electrode at different state of charge ( SOC ) was measured by the method of potentiostatic polarization .

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。

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 .

萃取体系二相界面荷电物质传输的电化学研究&Ⅰ.邻菲咯啉体系中Ni（Ⅱ）、Co（Ⅱ）相转移的电化学性质

An Electrochemical Study on Transfer of Charged Species across Interface of Two Phases in Extraction Systems ⅰ . Electrochemical Characteristics of Phase-Transfer of Nickel (ⅱ) and Cobalt (ⅱ) in 1 , 10-Phenanthroline Systems

对蓄电池的充放电控制是整个系统的核心环节，而检测蓄电池荷电状态SOC是对其进行充放电控制的首要工作。

Charge and discharge control of the battery is the core part of the system , and detect the state of charge state is a priority part of it .

利用解析延拓技巧，最后得到荷电Dirac粒子Hawking辐射的热谱公式。

Finally , by analytic continuation , the Hawking thermal spectrum formula of Dirac particles for arbitrary Kerr-Newman black holes is obtained .