结论：大鼠drg两类兴奋性神经元各具不同的放电特征。
CONCLUSION: the two classes of rat DRG neurons have their own characteristics of firing.
利用等离子体参数结合放电特征对工艺参数进行了优化限定。
The process parameters are optimized and limited by considering the plasma parameters with discharge characteristics.
这提示大多数海马cs细胞具有其各自独特且相对恒定的丛状放电特征。
This suggests that most hippocampal cs cells have relatively stable and distinct burst characteristics.
结果从螺旋神经元记录到动作电位，螺旋神经元具有不一致的放电特征。
Results the action potential was recorded from the spiral ganglion neurons. The neurons had non-uniform firing characteristics.
王昊亮。2014。雷暴云放电特征的三维数值模拟研究[D]。南京：南京信息工程大学。
Wang Haoliang. 2014. three dimensional numerical simulation of discharge characteristics of thunderstorm clouds [d]. Nanjing: Nanjing University of Information Science and Technology.
阴极弧斑在磁场中的运动机理。最后讨论了气压对弧斑运动的影响，解释了阳极弧斑放电特征。
In the end, the mechanism of the pressure effects on the spots motion and the anode spots characteristics were discussed.
实验结果表明，所提方法能剔除冗余的直流局部放电特征量，获取绝缘性能诊断规则，所得知识能很好地诊断电气设备绝缘性能。
The experimental results show that the proposed method can remove the redundant feature parameters of DC partial discharge and acquire the diagnosing rules for insulation performance.
单电池在放电过程中具有性能自恢复特征。
The single cell has a character of performance self-recovery during discharging.
大型电力变压器局部放电信号的特征提取是电气设备绝缘在线监测及故障诊断技术领域的前沿研究课题。
The feature extraction of partial discharge signal of transformer is the front research project in online monitoring and diagnosing high voltage insulation failure.
研究了局部放电灰度图像的统计特征。
The statistic character of PD gray degree images are studied.
空气绝缘起始放电电压在不同压力下表现出不同的特征。
The initial discharge voltage using pressured air as insulation medium has different characters under diverse pressures.
目的探讨脑性瘫痪患儿伴发临床下癫样放电的临床特征及相关危险因素。
Objectives to investigate the clinical features and the related risk factors of subclinical epileptiform discharges in children with cerebral palsy.
但是在器件特征尺寸的缩小以及新颖结果的出现的同时，不可避免的会带来一些负面的影响，其中静电放电保护器件的设计就变得越来越困难。
The smaller feature size and the new appeared structures bring some new problems. The design of electrostatic discharge (ESD) protection devices becomes more and more different.
介绍了阴极弧斑放电的基本特征。
The characteristics of cathode spots arc were introduced in this paper.
以谱图表列数据或曲面拟合参数为放电样本的特征量。
The tabulated data or surface fitting parameters of these patterns were used as characteristic vectors.
目的：揭示神经放电起步点“临界敏感”现象的方向性特征。
AIM: To explore the direction characteristics of "critical sensitivity" phenomena in neural firing pacemaker.
通过时间分辨成像研究起辉阶段在放电电极极间间隙的时空演变和发射谱线强度的特征。
The ignition characteristics in terms of spatial-temporal evolution of discharge interelectrode structure and optical emission intensity are investigated by time resolved imaging.
放电具有相位同步的特征。
Interspike interval (ISIH) presented the characteristics of phase locked.
其次，研制出适合绕组内部电气特征和机械结构的放电模型。
Secondly, a discharge model is put forward to meet the demand of electrical feature and mechanical structure of the winding.
在上述母线电极中，支持电极的母线电极以如下为特征：将上下放电单元的母线电极合并为一体，同时向上部单元和下部单元施加支持电压。
In above mother electrode, the supportive electrode is characterized by the following: integrating upper and down discharging units into one part and exerting voltage on upper unit and down unit.
结合图象识别技术，提出一种采用局部放电灰度图象的统计特征区分局部放电类型的方法。
This paper brings forward a new method to use statistical features of partial discharge (PD) gray intensity images for PD pattern recognition.
由分析静电放电火花点火过程的物理特征和静电放电火花的点燃特性。
The physical characteristics of the ignition processing caused by electrostatic discharge (ESD) sparks and the igniting characteristics of the ESD sparks are investigated.
宽频带局部放电检测技术能够全面地研究局部放电的特征。
The characteristics of partial discharge can be detected by the wide band partial discharge measurement of the current sensor.
本文分析了普通电子镇流模型的特点，探讨了电子镇流的最本质特征和其中的电容充放电现象。
Discusses the most essence characteristic of electronic ballasting and the electrophoresis of the charge and discharge for capacitance.
以上研究表明，提出的局部放电识别特征集与分形图像压缩方法，能够有效地应用于局部放电模式自动识别，并获得了良好的识别效果。
The above research results show that the proposed PD recognition features set and FIC method, can be effectively used for PD pattern recognition and good recognition results are achieved.
本文通过臭氧对汽车排放的影响和电感放电的特征的分析，介绍了新型电感放电装置控制电路的工作原理和高效放电指叉的工作方法。
The work principle of the control circuit for inductance discharge device and the method of high effective device of finger-fork discharge are introduced.
对神经放电序列的重构也表明通过这几个特征量可以很好地反映序列中所包含的信息。
The reconstruction of a spike train with these variables demonstrates that the information carried by spike trains can be well preserved.
常规放电状态检测方法由于仅采用单一的特征量进行状态判别，因此在加工信号频率高、加工波形产生畸变的微细电火花加工中，不再适用。
Conventional discharge condition detection methods extracting only certain eigenvalue are not suitable for the Micro-EDM due to the high frequency and distortion of voltage wave shape.
在提出脉冲提取思想的基础上，利用局部放电信号所固有的奇异性特征，将小波变换的奇异性检测原理应用于提取局部放电脉冲。
A wavelet domain singularity detection algorithm, based on the theory of pulse extraction, is applied in partial discharge (PD) pulse extraction utilizing the singularity of PD signal.
在提出脉冲提取思想的基础上，利用局部放电信号所固有的奇异性特征，将小波变换的奇异性检测原理应用于提取局部放电脉冲。
A wavelet domain singularity detection algorithm, based on the theory of pulse extraction, is applied in partial discharge (PD) pulse extraction utilizing the singularity of PD signal.
应用推荐