考察了激光取样、辅助火花放电电压、电极尖端距离等条件变化时对分析结果的影响。
The influence of laser sampling, auxiliary spark discharge voltage, and electrode point gap on analytical results was examined.
此外，利用汽车发动机点火系统测试了电火花能量、来流速度、电极距离等因素对汽油-空气预混气的着火稀限的影响。
In addition, the influence of the spark energy, the gas stream speed and the electrode distance on the lean ignition limit of the gasoline-air mixtures by an automobile ignition coil was determined.
目前实际应用的开关管多数工作在火花放电区域(巴邢曲线的右支)，使用的电极材料一般为钨、钼、不锈钢、水银、石墨等。
Most of the switch tubes used presently work in the gas spark region (the right branch of Paschen curve), and are made of graphite and mental such as tungsten, molybdenum, stainless steel and mercury.
该技术方案以小型电火花机床的主轴头和电源控制柜为基础，重点研究了总体结构、电极与工件之间的三坐标移动、电极精确定位、工作液循环系统等关键技术。
The key technologies, the whole makeup, the motion between electrode and workpiece at three coordinates, precise orientation of electrode and cycle system of work liquid are emphatically studied.
利用简单电极的微细电火花铣削加工具有适应性强、可操作性好等特点，在微三维结构的制作方面显示出了良好的应用前景。
Micro electro discharge milling (ED-milling) with simple electrode is found wide application in micro 3d structure machining due to the characters of adaptation and handle-ability.
根据电火花铣削等损耗理论，对用电火花铣削钛合金的加工中电极损耗补偿作了分析阐述。
Based on equivalent loss of EDMMILL, analyze the compensation of electric pole in EDMMILL to TA4.
针对三维金属微细结构的微细电火花加工，应用等损耗理论，采用分层加工的方法，建立了单道加工时底面形状随电极损耗而变化的轮廓模型。
Micro 3D structure machining with simple shaped electrode can't generally apply the method of common mechanical milling for the reason of electrode wear, Machining conditions and etc.
针对三维金属微细结构的微细电火花加工，应用等损耗理论，采用分层加工的方法，建立了单道加工时底面形状随电极损耗而变化的轮廓模型。
Micro 3D structure machining with simple shaped electrode can't generally apply the method of common mechanical milling for the reason of electrode wear, Machining conditions and etc.
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