| 1. | The system collects top dot sign , speed , pressure and ion currency
系统本身具备采集到发动机的上止点、转速、压力和离子电流信号等功能。 |
| 2. | The paper a ] sci discusses the processing and application of the ion currency
文章还论述了离子电流的采集和处理，并探讨了离子电流在发动机测量上的各种应用。 |
| 3. | Because the virtual myocardial cell contains cardiac electrophysiological detail such as ionic current and action potential
因为虚拟心肌细胞是包含了离子电流、动作电位等心脏的电生理细节的。 |
| 4. | The model is not simply simulation of the ecg morphology , but it can be used for research on the relationship between cell or ionic current and ecg . ,
该模型不是单纯对心电图形态的模拟,而是可以用来精确地研究细胞和离子电流的活动同心电图的对应关系。 |
| 5. | Virtual myocardial cell describes electrophysiological detail such as the open and close of the ionic channel and ionic current with mathematical model
虚拟心肌细胞是用数学模型来描述了细胞兴奋过程中细胞膜各离子通道的开放、关闭及离子电流的活动等电生理细节。 |
| 6. | The results show the ionic current signals can be used to detect the a / f ratio , which provide the basis investigation for the application of ionic current in engine
分析了空燃比、预混压力变化与离子电流信号的关系，试验研究表明离子电流法可用来检测空燃比，为在发动机上的应用提供了基础性研究。 |
| 7. | This paper describes a system for preignition in motorcycle engine using spark plus as a detecting probe , the author carries out researches on a method how the ionic current coins into being
摘要本文描述了一种直接利用火花塞电极作为传感器检测南方摩托车发动机早燃的方法，作者在文章中详细分析及讨论了离子电流的产生机理。 |
| 8. | Its salient features are its ability to open to ionic current when stimulated on its dendrites ; to sum the incoming potentials in its cell body and to emit an action potential down its atomic part , if the potential accumulated is high enough
其显著特点为：当加刺激于其树突上时能开启离子电流；能将进入细胞体中的电位相加，如积累的电位足够高，则发出一动作电位(冲动) 。 |
| 9. | In order to examine the south motorcycle engine preignition phenomenon , using the rich burning information of the massive ions which are produced when the air cylinder is burnt , through analyzing the wave form difference between lighting a fire normally and firing early , it can be determined whether preignition occurs or not
为了检测南方摩托车发动机早燃现象，利用其气缸内燃烧时产生大量的离子电流信号所包含的丰富燃烧信息，对其火花塞正常点火和炽热点火离子电流显示的波形进行研究分析，从而确定是否发生早燃。 |
